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Engineering
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Contents
Engineering Journals from Cambridge
Journal of Fluid Mechanics
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ISSN: 0373-4633
ROBOTICA
Volume 26 Part 1
THE JOURNAL OF
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Editor(s):
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ROBOTICA
Electrical and Computer
Engineering
1
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Highlights
SPECIAL ISSUE
GEOMETRY IN
ROBOT MOTION
AND MANIPULATION
GUEST EDITOR
J. M. Selig
Navigation
VOLUME 61
NUMBER 1
JANUARY 2008
Volume 22 Number 1
Winter 2008
International Journal of
Information, Education and
Research in Robotics and
Artificial Intelligence
David C. Brown,
Robotica
Journal of Navigation
AI Edam
An Official Journal of the International
Federation of Robotics
Published for The Royal Institute of
Navigation
Artificial Intelligence for Engineering Design,
Analysis and Manufacturing
Editor-in-Chief
G. S. Chirikjian, Johns Hopkins University, USA
Editor
Norman Hughes, The Royal Institute of
Navigation, UK
Editor
David C. Brown, Worcester Polytechnic
Institute, USA
Journal of Navigation contains original
papers on the science of navigation by
man and animals over land and sea and
through air and space, including a selection
of papers presented at meetings of the
Institute and other organisations associated
with navigation. Papers cover every aspect
of navigation, from the highly technical to
the descriptive and historical. The journal
also publishes selected papers and reports
from the Institute’s Special Interest Groups.
Contributions come from all parts of the
world.
The journal publishes original articles about
significant AI theory and applications based on
the most up-to-date research in all branches
and phases of engineering. Suitable topics
include: analysis and evaluation; selection;
configuration and design; manufacturing and
assembly; and concurrent engineering.
Robotica is a forum for the multidisciplinary
subject of robotics and encourages
developments, applications and research
in this important field of automation and
robotics with regard to industry, health,
education and economic and social aspects
of relevance. Coverage includes activities
in hostile environments, applications in the
service and manufacturing industries, biological
robotics, dynamics and kinematics involved
in robot design and uses, on-line robots,
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Electrical and Computer Engineering
Electrical and
Computer
Engineering
Communications and
Signal Processing
Textbook
Principles of Digital
Communication
Robert G. Gallager
Massachusetts Institute of Technology
The renowned communications
theorist Robert Gallager describes the
fundamental system aspects of digital
communication for graduate students
with the clarity and insight that has
characterized his teaching and earlier
textbooks. A simple framework, and
links between theory and practice,
encourages an intuitive understanding
of modern systems and models.
‘Professor Gallager is a legendary
figure … known for his insight and
excellent style of exposition.’
Professor Lang Tong, Cornell University
Contents: Preface; 1. Introduction to digital
communication; 2. Coding for discrete
sources; 3. Quantization; 4. Source and
channel waveforms; 5. Vector spaces and
signal space; 6. Channels, modulation, and
demodulation; 7. Random processes and
noise; 8. Detection, coding and decoding;
9. Wireless digital communication.
2008 247 x 174 mm 422pp 100 line figures
169 exercises
978-0-521-87907-1 Hardback £37.50
Textbook
Fundamentals of
Digital Communication
Upamanyu Madhow
University of California, Santa Barbara
A concise presentation of the concepts
underlying the design of digital
communication systems, without the
detail that can overwhelm students.
Many examples, from the basic to the
cutting-edge, show how the theory is
used and give a modern perspective.
Practical algorithms allow the student to
perform computations and simulations.
‘Madhow is a highly established
researcher with a good style that is
easy to read.’
Professor Elza Erkip, Polytechnic University,
Brooklyn
Contents: Preface; 1. Introduction;
2. Modulation; 3. Demodulation;
4. Synchronization and noncoherent
communication; 5. Channel equalization;
6. Information-theoretic limits and their
computation; 7. Channel coding; 8. Wireless
communication; Appendices: A. Probability,
random variables and random processes; B.
The Chernoff bound; C. Jensen’s inequality.
2008 246 x 189 mm 518pp 139 line figures
160 exercises
978-0-521-87414-4 Hardback £40.00
Textbook
Modern Coding Theory
Tom Richardson
and Ruediger Urbanke
École Polytechnique Fédérale, Lausanne
Deciding which coding scheme to
employ, how to design a new scheme,
or how to improve an existing system?
This summary of modern iterative coding
makes the decision more straightforward
by presenting the techniques to analyse
and design practical iterative coding
systems. Resources available online:
www.cambridge.org/9780521852296.
Contents: Preface; 1. Introduction;
2. Factor graphs; 3. Binary erasure channel;
4. Binary memoryless symmetric channels;
5. General channels ; 6. Convolutional
codes and turbo codes; 7. General
ensembles; 8. Expander codes and the
flipping algorithm; Appendices: A. Encoding
low-density parity-check codes; B. Efficient
implementation of density evolution;
C. Concentration inequalities; D. Formal
power sums.
2008 247 x 174 mm 592pp 150 line figures
185 exercises
978-0-521-85229-6 Hardback £45.00
www.cambridge.org/9780521852296
Forthcoming
Iteratively
Decodable Codes
Construction and Decoding
Shu Lin
University of California, Davis
and William Ryan
University of Arizona
Turbo codes and low-density paritycheck (LDPC) codes are known as
iteratively decodable codes, and lie at
the heart of modern communication
and data-storage systems. Lin and
Ryan provide a detailed introduction to
these codes, and show how to design
and implement them in software or
hardware.
Contents: 1. Introduction; 2. Fields,
finite geometries, and graphs; 3. Linear
block codes; 4. Convolutional codes;
5. Introduction to LDPC codes; 6. Decoding
algorithms for LDPC codes; 7. Introduction
to turbo codes; 8. Ensemble performance
analysis for LDPC and turbo codes;
9. Accumulator-based code designs;
10. Finite geometry LDPC codes;
11. Constructions of LDPC codes based on
finite fields; 12. Constructions based on
combinatorics and graphs; 13. Burst-erasure
correcting LDPC codes; 14. Applications.
2009 247 x 174 mm 400pp
978-0-521-84868-8 Hardback c. £45.00
Publication February 2009
www.cambridge.org/9780521848688
Network Coding
An Introduction
Tracey Ho
California Institute of Technology
and Desmond Lun
Broad Institute of MIT and Harvard
Unified overview of the theory,
applications, challenges and future
directions of network coding. Starts with
basic concepts, models and theory, then
covers a core subset of results with full
proofs. Uses an engineering approach.
For graduate students and researchers
in electronic and computer engineering,
and practitioners in the communications
industry.
Contents: 1. Introduction; 2. Lossless
multicast network coding; 3. Inter-session
network coding; 4. Network coding in lossy
networks; 5. Subgraph selection; 6. Security
against adversarial errors.
2008 253 x 177 mm 184pp 47 line figures
978-0-521-87310-9 Hardback £30.00
Publication June 2008
www.cambridge.org/9780521873109
eBooks available at www.cambridge.org/online
Electrical and Computer Engineering
Algebraic Codes
on Lines, Planes,
and Curves
An Engineering Approach
Richard Blahut
University of Illinois, Urbana-Champaign
Advanced treatment of algebraic coding
theory from an engineering perspective,
covering the basic principles and
their application in communications
and signal processing. Core concepts
are presented using commutative
algebra and computational algebraic
geometry made accessible by the Fourier
transform. For graduate students and
researchers in telecommunications and
applied mathematics.
Contents: 1. Sequences and the onedimensional Fourier transform; 2. The Fourier
transform and cyclic codes; 3. The many
decoding algorithms for Reed-Solomon
codes; 4. Within or beyond the packing
radius; 5. Arrays and the two-dimensional
Fourier transform; 6. The Fourier transform
and bicyclic codes; 7. Arrays and the algebra
of bivariate polynomials; 8. Computation
of minimal bases; 9. Curves, surfaces, and
vector spaces; 10. Codes on curves and
surfaces; 11. Other representations of
codes on curves; 12. The many decoding
algorithms for codes on curves.
2008 247 x 174 mm 576pp 86 line figures
978-0-521-77194-8 Hardback £50.00
www.cambridge.org/9780521771948
Filtering and System
Identification
A Least Squares Approach
Michel Verhaegen
Technische Universiteit Delft, The Netherlands
and Vincent Verdult
Technische Universiteit Delft, The Netherlands
This book discusses the design of
reliable numerical methods to retrieve
missing information in models built
using filtering and system identification
techniques. Homework-problems,
MATLAB simulations and numerous
illustrations, make this ideal for
graduate students, researchers and
practitioners in engineering disciplines.
Additional resources, including
solutions, are available online at
www.cambridge.org/9780521875127.
Contents: Preface. 1. Introduction;
2. Linear algebra; 3. Discrete-time signals
and systems; 4. Random variables and
signals; 5. Kalman filtering; 6. Estimation
of spectra and frequency response
functions; 7. Output-error parametric model
estimation; 8. Prediction-error parametric
model estimation; 9. Subspace model
identification; 10. The system identification
cycle; Notation and symbols; List of
abbreviations; References; Index.
2007 247 x 174 mm 422pp 74 line figures
89 exercises 76 worked examples
978-0-521-87512-7 Hardback £50.00
www.cambridge.org/9780521875127
Introduction to
Coding Theory
Ron Roth
Technion – Israel Institute of Technology, Haifa
This book introduces the theoretical
foundations of error-correcting codes
for senior-undergraduate to graduate
students.
‘… a most welcome addition. …
well tested as a course text. Features
include, the extensive collections of
interesting and nontrivial problems
at the end of chapters, the clear and
insightful explanations of some of
the deeper aspects of the subject and
the extensive, interesting and useful
historical notes on the development of
the subject. This is an excellent volume
that will reward the participants in
any course that uses it with a deep
understanding and appreciation for
the subject.’
Ian F, Blake, Department of Electrical and
Computer Engineering, University of Toronto,
Canada
2006 247 x 174 mm 578pp 66 line figures
12 tables 348 exercises 105 worked examples
978-0-521-84504-5 Hardback £47.00
Textbook
Protecting Information
From Classical Error Correction to
Quantum Cryptography
Susan Loepp
Williams College, Massachusetts
and William K. Wootters
Williams College, Massachusetts
This book addresses protecting
information from noise and
eavesdropping by covering error
correction and cryptography.
2006 228 x 152 mm 304pp 14 tables
159 exercises
978-0-521-82740-9 Hardback £45.00
978-0-521-53476-5 Paperback £19.99
eBook available
Textbook
Probability and
Random Processes
for Electrical and
Computer Engineers
John A. Gubner
University of Wisconsin, Madison
This books covers the fundamental
theory, and applications, of probability
and random processes in electrical and
computer engineering.
‘… stands alone as a textbook that
encourages readers to work through
and obtain working knowledge of
probability and random processes.’
IEEE Software
Textbook providing a solid foundation
in both signal processing and systems
modeling using a building block
approach.
Contents: Preface; 1. Introduction to
probability; 2. Introduction to discrete
random variables; 3. More about discrete
random variables; 4. Continuous random
variables; 5. Cumulative distribution
functions and their applications;
6. Statistics; 7. Bivariate random
variables; 8. Introduction to random
vectors; 9. Gaussian random vectors;
10. Introduction to random processes;
11. Advanced concepts in random processes;
12. Introduction to Markov chains;
13. Mean convergence and applications;
14. Other modes of convergence; 15. Self
similarity and long-range dependence;
Bibliography; Index.
2006 247 x 174 mm 460pp 349 line figures
19 tables 117 exercises
978-0-521-84966-1 Hardback £40.00
2006 247 x 174 mm 640pp 801 exercises
348 worked examples
978-0-521-86470-1 Hardback £42.00
Textbook
Fundamentals of
Signals and Systems
A Building Block Approach
Philip D. Cha
Harvey Mudd College, California
and John I. Molinder
Harvey Mudd College, California
Electrical and Computer Engineering
Textbook
Continuous and
Discrete Time Signals
and Systems
Mrinal Mandal
University of Alberta
and Amir Asif
York University, Toronto
This textbook presents an introduction
to fundamental concepts of continuoustime and discrete-time signals and
systems, in a self-contained manner.
‘The book is truly outstanding. I’m
passing it around to my colleagues
to have them consider it for their
courses. I loved all the problems
worked out in great detail, how
well written it is, and the very
comprehensive nature of the
presentation. It is a great book.’
Michael F. Insana, Professor of Bioengineering
and ECE, University of Illinois at UrbanaChampaign
2007 246 x 189 mm 880pp 42 tables
385 exercises 285 worked examples
978-0-521-85455-9 Hardback £40.00
Networks
Optimisation and Evolution
Peter Whittle
University of Cambridge
Masterful unification of disparate
fields and lessons from nature; derives
comprehensible and realistic design
principles.
Cambridge Series in Statistical and
Probabilistic Mathematics, 21
2007 228 x 152 mm 282pp 79 line figures
978-0-521-87100-6 Hardback £35.00
Practical Signal
Processing
Mark Owen
This book introduces the basic theory of
digital signal processing, with emphasis
on real-world applications.
2007 247 x 174 mm 346pp 132 exercises
978-0-521-85478-8 Hardback £40.00
Security of e-Systems
and Computer
Networks
Mohammad Obaidat
Monmouth University, New Jersey
and Noureddine Boudriga
University of Carthage, Tunisia
Describes tools of e-security and a
range of applications, including recently
developed technologies like Trust
management systems and biometricsbased security.
2007 247 x 174 mm 386pp 43 line figures
978-0-521-83764-4 Hardback £40.00
Textbook
Distributed Computing
Principles, Algorithms, and
Systems
Ajay Kshemkalyani
University of Illinois, Chicago
and Mukesh Singhal
University of Kentucky
Comprehensive textbook covering the
fundamental principles and models
underlying the theory, algorithms
and systems aspects of distributed
computing. For advanced undergraduate
and graduate students of electrical
and computer engineering and
computer science. Also of interest
to practitioners in data networking,
wireless networking, and sensor
networks. Additional resources online:
www.cambridge.org/9780521876346.
Contents: 1. Introduction; 2. A model of
distributed computations; 3. Logical time;
4. Global state and snapshot recording
algorithms; 5. Terminology and basic
algorithms; 6. Message ordering and group
communication; 7. Termination detection;
8. Reasoning with knowledge; 9. Distributed
mutual exclusion algorithms; 10. Deadlock
detection in distributed systems; 11. Global
predicate detection; 12. Distributed
shared memory; 13. Checkpointing and
rollback recovery; 14. Consensus and
agreement algorithms; 15. Failure detectors;
16. Authentication in distributed system;
17. Self-stabilization; 18. Peer-to-peer
computing and overlay graphs; Index.
2008 246 x 189 mm 752pp 284 line figures
163 exercises
978-0-521-87634-6 Hardback £45.00
www.cambridge.org/9780521876346
Textbook
Multiwavelength
Optical Networks
Architectures, Design and
Control
Second edition
Thomas E. Stern
Columbia University, New York
Georgios Ellinas
University of Cyprus
and Krishna Bala
Amtekron Inc., New York
Second edition of the acclaimed
Multiwavelength Optical Networks,
describing architectures, enabling
technologies, and analytical tools.
Contents: 1. The big picture; 2. The
layered architecture and its resources;
3. Network connections; 4. Enabling
technology; 5. Static multipoint networks;
6. Wavelength/waveband routed
networks; 7. Logically routed networks;
8. Survivability: protection and restoration;
9. Optical control plane; 10. Optical packet
switched networks; 11. Current trends
in multiwavelength optical networking;
Appendices: A. Graph theory; B. Fixed
scheduling algorithm; C. Markov chains and
queues; D. A limiting-cut heuristic; E. An
algorithm for minimum-interference routing
in linear lightwave networks; F. Synopsis of
the SONET standard; G. A looping algorithm.
2008 253 x 177 mm 984pp
978-0-521-88139-5 Hardback c. £50.00
Publication July 2008
Quantum
Cryptography and
Secret-Key Distillation
Gilles Van Assche
STMicroelectronics, Belgium
This self-contained text introduces the
principles and techniques of quantum
cryptography, with specific focus on
secret-key distillation.
2006 247 x 174 mm 276pp
978-0-521-86485-5 Hardback £47.00
Forthcoming
Quickest Detection
H. Vincent Poor
Princeton University, New Jersey
and Olympia Hadjiliadis
Brooklyn College, City University of New York
The problem of detecting abrupt
changes in the behavior of a signal
arises in many fields. Quickest
detection refers to real-time detection
of changes as quickly as possible
after they occur. This book describes
the theory underpinning the field,
For regular email alerts visit www.cambridge.org/alerts
Electrical and Computer Engineering
enabling the reader to design, analyze,
and understand quickest detection
algorithms.
Contents: 1. Introduction; 2. Probabilistic
framework; 3. Markov optimal stopping
theory; 4. Sequential detection; 5. Bayesian
quickest detection; 6. Non-bayesian quickest
detection; 7. Additional Topics.
2009 247 x 174 mm 250pp
978-0-521-62104-5 Hardback c. £45.00
Publication November 2009
www.cambridge.org/9780521621045
Control Techniques
for Complex Networks
Sean Meyn
University of Illinois, Urbana-Champaign
Power grids, flexible manufacturing,
cellular communications:
interconnectedness has consequences.
This remarkable book gives the tools
and philosophy you need to model and
control complex networks. Core chapters
assume only exposure to stochastic
processes and linear algebra at
undergraduate level; later chapters are
for more advanced graduate students
and researchers/practitioners.
‘Sean Meyn’s text is a wonderful
piece of work … It progresses
through a series of important topics,
running the gamut from modern
control techniques for queuing
system analysis, to optimization of
deterministic network models, to
computer simulation methods; and
all the while, it provides rigorous
mathematical foundations alongside
a variety of clever, practical
applications. The lively writing style
and apt examples keep everything
interesting, and I believe that readers
will greatly appreciate and benefit
from this unique book.’
David M. Goldsman, Georgia Institute of
Technology
Contents: Preface; 1. Introduction;
Part I. Modeling and Control: 2. Examples;
3. The single-server queue; 4. Scheduling;
Part II. Workload: 5. Workload and
scheduling; 6. Routing and resource
pooling; 7. Demand; Part III. Stability and
Performance: 8. Foster-Lyapunov techniques;
9. Optimization; 10. ODE methods;
11. Simulation and learning; Appendix.
Markov models; References; Index.
2008 253 x 177 mm 582pp 98 exercises
978-0-521-88441-9 Hardback £45.00
www.cambridge.org/9780521884419
Random Networks
for Communication
From Statistical Physics to
Information Systems
Massimo Franceschetti
University of California, San Diego
and Ronald Meester
Vrije Universiteit, Amsterdam
First comprehensive introduction to
techniques and problems in the field of
spatial random networks, for graduate
students and scientists. Motivated
by applications to wireless data
networks; both readable and rigorous.
Models developed are also of interest
in a broader context, ranging from
engineering to social networks, biology,
and physics.
Contents: Preface; 1. Introduction;
2. Phase transitions in infinite networks;
3. Connectivity of finite networks; 4. More
on phase transitions; 5. Information flow in
random networks; 6. Navigation in random
networks; Appendix; References; Index.
Cambridge Series in Statistical and
Probabilistic Mathematics, 24
2008 253 x 177 mm 216pp 65 line figures
2 halftones 60 exercises
978-0-521-85442-9 Hardback £35.00
www.cambridge.org/9780521854429
Non-Parametric
System Identification
Wlodzimierz Greblicki
Politechnika Wroclawska, Poland
and Miroslaw Pawlak
University of Manitoba, Canada
Provides an overview of non-parametric
system identification for nonlinear
block-oriented systems, as well as new
approaches. Demonstrates possibilities
of applying non-parametric regression to
system identification and shows how to
identify nonlinear subsystems and their
characteristics with limited information.
Ideal for researchers and practitioners
in systems theory, signal processing,
and communications, and researchers in
mechanics, economics, and biology.
Contents: 1. Introduction; 2. Discretetime Hammerstein systems; 3. Kernel
algorithms; 4. Semi-recursive kernel
algorithms; 5. Recursive kernel algorithms;
6. Orthogonal series algorithms;
7. Algorithms with ordered observations;
8. Continuous-time Hammerstein systems;
9. Discrete-time Wiener systems; 10. Kernel
and orthogonal series algorithms;
11. Continuous-time Wiener system;
12. Other block-oriented nonlinear systems;
13. Multivariate nonlinear block-oriented
systems; 14. Semiparametric identification;
Appendices.
2008 253 x 177 mm 360pp 93 line figures
978-0-521-86804-4 Hardback c. £65.00
Publication July 2008
www.cambridge.org/9780521868044
Optical Switching
Networks
Martin Maier
Université du Québec, Montréal
Describes the major switching
paradigms developed for modern
optical networks, discussing their
operation, advantages, disadvantages
and implementation. Includes the
latest developments in optical access,
local, metropolitan, and wide area
networks. The feasibility, challenges and
potential of next-generation optical
networks are described. Animations
and lecture slides available online
(www.cambridge.org/9780521868006).
Contents: Preface; Part I. Introduction:
1. Historical overview of optical networks;
2. Optical switching networks; 3. Building
blocks; 4. Summary; Part II. Optical Wide
Area Networks: Overview; 5. Generalized
multiprotocol label switching; 6. Waveband
switching; 7. Photonic slot routing;
8. Optical flow switching; 9. Optical
burst switching; 10. Optical packet
switching; Part III. Optical Metropolitan
Area Networks: Overview; 11. Resilient
packet ring; 12. WDM ring networks;
13. RINGOSTAR; Part IV. Optical Access and
Local Area Networks: Overview; 14. EPON;
15. WDM EPON; 16. STARGATE; 17. Gigabit
ethernet; 18. Radio-over-fiber networks;
Part V. Testbeds: 19. What worked
and what didn’t; 20. Testbed activities;
21. Summary; Bibliography; Index.
2008 247 x 174 mm 352pp 86 line figures
978-0-521-86800-6 Hardback £40.00
www.cambridge.org/9780521868006
Text-to-Speech
Synthesis
Paul Taylor
University of Cambridge
Providing an end-to-end account of
the process of generating speech by
computer, this book gives in-depth
explanations of current speech synthesis
technology without assuming specialised
prior knowledge. Designed for graduate
students in electrical engineering,
computer science, and linguistics;
this is also ideal for practitioners in
Electrical and Computer Engineering
human communication interaction, and
telephony.
Contents: 1. Introduction;
2. Communication and language;
3. The text-to-speech problem; 4. Text
segmentation and organisation; 5. Text
decoding; 6. Prosody prediction from
text; 7. Phonetics and phonology;
8. Pronunciation; 9. Synthesis of prosody;
10. Signals and filters; 11. Acoustic models
of speech production; 12. Analysis of
speech signals; 13. Synthesis techniques
based on vocal tract models; 14. Synthesis
by concatenation and signal processing
modification; 15. Hidden Markov model
synthesis; 16. Unit selection synthesis;
17. Further issues; 18. Conclusions.
2008 247 x 174 mm 552pp 176 line figures
978-0-521-89927-7 Hardback c. £50.00
Publication November 2008
www.cambridge.org/9780521899277
Quantization Noise
Roundoff Error in Digital
Computation, Signal Processing,
Control, and Communications
Bernard Widrow
Stanford University, California
and István Kollár
Budapest University of Technology and
Economics
Authoritative analysis of quantization
(roundoff error), ideal for those working
in digital signal processing, control or
numerical analysis. Includes uniform, and
floating-point, quantization. Written by
expert authors, including the founder of
the field and formulator of quantization
noise theory, Bernard Widrow.
Additional resources available through
www.cambridge.org/9780521886710.
2008 247 x 174 mm 760pp 358 line figures
243 exercises
978-0-521-88671-0 Hardback c. £45.00
Publication June 2008
Design, Measurement
and Management
of Large-Scale
IP Networks
Bridging the Gap Between
Theory and Practice
Antonio Nucci
Narus Inc., Mountain View, California
and Konstantina Papagiannaki
Intel, Pittsburgh, Pennsylvania
Weaving together theory and practice,
this text sets out the design and
management principles of large-scale
IP networks, and the need for these
tasks to be underpinned by actual
measurements. This is a valuable
resource for graduate students and
researchers, as well as for practitioners
in the communication industry.
Contents: 1. Introduction; 2. Background
and context; Part I. Network Monitoring
and Management: 3. The need for
monitoring in ISP network design
and management; 4. Understanding
through-router delay; 5. Traffic matrices:
measurement, inference and modeling;
Part II. Network Design and Traffic
Engineering: 6. Principles of network design
and traffic engineering; 7. Topology design
resilient to long-lived failures; 8. Achieving
topology resilience using multi-parallel
links; 9. Performance enhancement and
resilience to short-lived failures via routing
optimization; 10. Measuring the shared
fate of IGP engineering: considerations
and takeaway; 11. Capacity planning;
Part III. From Bits to Services: 12. From bits
to services: information is power; 13. Traffic
classification in the dark; 14. Classification
of multimedia hybrid flows in real time;
15. Detection of data place malware: DoS
and computer worms; 16. Detection of
control place anomalies: beyond prefix
hijacking; Appendix A. How to link original
and measured flow characteristics when
packet sampling is used: bytes, packets
and flows; Appendix B. Application specific
payload bit strings; Appendix C. BLINC
implementation details; Appendix D.
Validation of direction-conforming rule.
2008 247 x 174 mm 430pp 3 halftones
27 tables
978-0-521-88069-5 Hardback c. £40.00
Publication December 2008
www.cambridge.org/9780521880695
Quantum
Computer Science
An Introduction
N. David Mermin
Cornell University, New York
A concise introduction to quantum
computation for computer scientists who
know nothing about quantum theory.
‘This is one of the finest books in the
rapidly growing field of quantum
information. Almost every page
contains a unique insight or a novel
interpretation. David Mermin has once
again demonstrated his legendary
pedagogical skills to produce a
classic.’
Lov Grover, Bell Labs
2007 246 x 189 mm 236pp 66 line figures
1 halftone
978-0-521-87658-2 Hardback £30.00
Wireless
Communications
Forthcoming
3G Long-Term
Evolution
Air Interface Technologies and
Performance
Farooq Khan
Samsung Telecommunications America,
Richardson, Texas
Long Term Evolution is the evolution
path for GSM/UMTS. Farooq Khan,
closely involved in the drafting of the
standard, describes the key features
and new technologies in LTE, explains
why particular technology choices
were made, and analyzes how the
new features contribute to overall
improvements in system performance.
Contents: 1. Overview of LTE system
requirements; 2. Uplink multiple access;
3. Downlink multiple access; 4. Link
adaptation and hybrid ARQ; 5. Intercell interference mitigation techniques;
6. Enhanced multimedia broadcast and
multicast service; 7. MIMO techniques;
8. Flexible bandwidth suppoty; 9. LTE
Architecture.
2009 247 x 174 mm 500pp
978-0-521-88221-7 Hardback
c. £45.00 / TBA
Publication January 2009
www.cambridge.org/9780521882217
Next Generation
Wireless LANs
Throughput, Robustness, and
Reliability in 802.11n
Eldad Perahia
Intel Corporation, Hillsboro, Oregon
and Robert Stacey
Intel Corporation, Hillsboro, Oregon
If you want to be brought up to speed
quickly on IEEE 802.11n without having
to wade through the entire standard,
then look no further. This comprehensive
overview describes the underlying
principles, implementation details, and
key enhancing features of 802.11n,
whilst numerous examples highlight the
benefits of the new features.
Contents: Preface; Foreword;
1. Introduction; Part I. Physical layer:
2. Orthogonal frequency division
Multiplexing; 3. MINO/SDM basics; 4. PHY
interoperability with 11a/g legacy OFDM
devices; 5. High throughput; 6. Robust
performance; Part II. Media access
control layer: 7. Media access control;
8. MAC throughput enhancements;
Visit our website at www.cambridge.org
Electrical and Computer Engineering
9. Advanced channel access techniques;
10. Interoperability and coexistence;
11. MAC frame formats; Part III. Transmit
beamforming: 12. Transmit beamforming;
Acronyms; Index.
2008 247 x 174 mm 384pp 85 tables
978-0-521-88584-3 Hardback c. £35.00
Publication August 2008
www.cambridge.org/9780521885843
Security and
Cooperation in
Wireless Networks
Thwarting Malicious and
Selfish Behavior in the Age of
Ubiquitous Computing
Levente Buttyán
Technical University of Budapest
and Jean-Pierre Hubaux
Swiss Federal Institute of Technology, Lausanne
The first self-contained text to consider
security and non-cooperative behavior in
wireless networks.
Contents: Part I. Introduction: 1. The
security of existing wireless networks;
2. Upcoming wireless networks and new
challenges; 3. Trust assumptions and
adversary models; Part II. Thwarting
Malicious Behavior: 4. Naming and
addressing; 5. Establishment of security
associations; 6. Securing neighbor
discovery; 7. Secure routing in multi-hop
wireless networks; 8. Privacy protection;
Part III. Thwarting Selfish Behavior:
9. Selfish behavior at the MAC layer
of CSMA/CA; 10. Selfishness in packet
forwarding; 11. Wireless operators in a
shared spectrum; 12. Secure protocols
for behavior enforcement; Appendices: A.
Introduction to cryptographic algorithms
and protocols; B. A tutorial on game theory
for wireless networks; Bibliography; Index.
2007 247 x 174 mm 496pp 140 line figures
80 exercises
978-0-521-87371-0 Hardback £40.00
The Cambridge
Wireless Essentials
Series
Wireless communications technologies
are ubiquitous, big business and
changing rapidly. New technologies and
enhancements to existing technologies
are continually being implemented.
The engineers and technical managers
implementing these technologies are
under pressure to solve real-world
problems in the shortest possible time.
They need concise, practical help to do
this. The Cambridge Wireless Essentials
books will meet this need.
Essentials of UWB
Stephen Wood
managers, senior technical managers
and policy makers.
Intel, US
The Cambridge Wireless Essentials Series
and Roberto Aiello
2007 228 x 152 mm 214pp 81 line figures
978-0-521-87565-3 Hardback £35.00
Staccato Communications, San Diego
This concise and practical guide to
UWB technology, standards, regulation,
and intellectual property issues will
bring all those involved in designing,
building, selling or regulating UWB
devices quickly up-to-speed. Packed
with practical insights, implementation
guidelines, and application examples,
this is a must-have resource for wireless
professionals working in the field.
Contents: 1. Introducing ultra wideband;
2. Matching UWB to HDR applications;
3. The physical (PHY) layer; 4. The
media access control (MAC) layer;
5. Implementation considerations; 6. Upper
layer protocols; 7. UWB standardization;
8. Special interest groups; 9. UWB business
issues; 10. Regulating UWB; 11. Tragedy of
the commons.
Essentials of Wireless
Mesh Networking
Steve Methley
Plextek Ltd, Cambridge
Are you involved in implementing
wireless mesh networks? As mesh
networks move towards large-scale
deployment, this practical book provides
the information and insights you need.
The technology is described, potential
pitfalls are identified, clear hints and tips
for success are provided, and real-world
implementation examples are evaluated.
Martin Cave
Contents: 1. Mesh overview and
terminology; 2. Attractive Mesh attributes
and applications; 3. Fundamentals of Mesh
technology; 4. Mesh capacity, scalability
and efficiency – hypothesis testing;
5. Mesh susceptibility; 6. Dedicated Mesh
routing and transport approaches; 7. Mesh
services and quality of services (QOS);
8. Mesh pitfalls to avoid; 9. Appropriate
telecommunications applications for Mesh;
10. Successful Mesh implementations;
11. Wireless sensor network as Mesh
networks; 12. Glossary and abbreviations;
13. Definitions;14. List of figures; 15. List
of tables.
University of Warwick
The Cambridge Wireless Essentials Series
Chris Doyle
2008 247 x 174 mm 200pp
978-0-521-87680-3 Hardback c. £35.00
Publication August 2008
www.cambridge.org/9780521876803
The Cambridge Wireless Essentials Series
2008 228 x 152 mm 208pp 11 line figures
24 halftones
978-0-521-87783-1 Hardback c. £35.00
Publication June 2008
www.cambridge.org/9780521877831
Essentials of Modern
Spectrum Management
University of Warwick
and William Webb
Ofcom, London
This is the first book to describe and
evaluate modern spectrum management
tools.
The Cambridge Wireless Essentials Series
2007 228 x 152 mm 278pp 24 line figures
2 halftones
978-0-521-87669-8 Hardback £35.00
Essentials of Radio
Wave Propagation
Christopher Haslett
Ofcom, UK
If you need to maximize efficiency
in wireless network planning, this
quick guide to understanding radio
propagation issues is for you. Using realworld case studies, practical problems
and minimum mathematics this is
an invaluable resource for network
planners, hardware designers, spectrum
Forthcoming
Essentials of UMTS
Chris Cox
Chris Cox Consulting Ltd., Cambridge UK.
This balanced, system-level approach to
the architecture and operation of UMTS
is a must have for engineers, project
managers and marketing executives
working for equipment manufacturers
and network operators. Written by
a professional technical trainer, this
concise guide enables you to rapidly
grasp the key concepts and understand
the specifications.
The Cambridge Wireless Essentials Series
2008 228 x 152 mm 230pp 18 tables
978-0-521-88931-5 Hardback c. £35.00
Publication October 2008
www.cambridge.org/9780521889315
Electrical and Computer Engineering
Forthcoming
Essentials of
Cognitive Radio
Linda Doyle
Cooperative
Communications
and Networking
K. J. Ray Liu
Trinity College, Dublin
University of Maryland, College Park
A concise, practical explanation of the
main aspects of cognitive radio, with
succinct case studies, for engineers and
regulators who need to get to grips with
the topic quickly.
Ahmed Sadek
The Cambridge Wireless Essentials Series
2009
978-0-521-89770-9 Hardback £35.00 / TBA
Publication September 2009
www.cambridge.org/9780521897709
Deploying Wireless
Networks
Andy Wilton
Motorola Ltd, Swindon
and Tim Charity
Motorola Ltd, Swindon
Qualcomm, San Diego, California
Weifeng Su
State University of New York, Buffalo
and Andres Kwasinski
Texas Instruments, Germantown, Maryland
Presenting the fundamentals of
cooperative communications and
networking, this text provides a
holistic approach to principal topics
where significant improvements can
be obtained. Also including end-ofchapter review questions, this is an
ideal textbook for advanced courses
on wireless communications, and will
appeal to both graduate students and
industry practitioners.
Contents: 1. Introduction to today’s
wireless environment; 2. Overview of
current networks and the areas that will
be affected by new technologies; 3. Preplanning activities; 4. Radio access network
(by Technology); 5. Core network and
applications; 6. Network optimisation and
maintenance; 7. Future networks.
Contents: I. Background: 1. Introduction;
2. Principles of space, time, and frequency
diversity; II. Cooperative communications:
3. Relay channels and protocols;
4. Cooperative communications with
single relay; 5. Multi-node cooperative
communications; 6. Distributed spacetime coding over relay channels; 7. Relay
selection: when to cooperate with whom;
8. Differential modulation for cooperative
communications; 9. Energy efficiency
in cooperative sensor networks; III.
Cooperative networking: 10. Cognitive
multiple-access via cooperation;
11. Content-aware cooperative multipleaccess; 12. Distributed cooperative
routing; 13. Source-channel coding with
cooperation; 14. Source-channel diversity;
15. Coverage expansion with cooperation;
16. Network lifetime maximization via
cooperation.
2008 247 x 174 mm 352pp 99 line figures
2 halftones
978-0-521-87421-2 Hardback c. £35.00
Publication September 2008
www.cambridge.org/9780521874212
2008 247 x 174 mm 600pp 17 tables
117 exercises 82 worked examples
978-0-521-89513-2 Hardback c. £50.00
Publication December 2008
www.cambridge.org/9780521895132
Multi-application
Smart Cards
Fixed-Mobile Wireless
Network Convergence
Invaluable to wireless operators, this
practical, hands-on guide to network
deployment presents an end-to-end
network planning process to deliver
the guaranteed Quality of Service that
enables today’s wireless IP services.
Suitable for radio and core network
planners, designers, optimizers,
development staff at operators and
equipment manufacturers, and also
graduate students.
Technology and Applications
Mike Hendry
A comprehensive guide to the
technology, market and behavioural
aspects involved in implementing multiapplication smart cards.
2007 247 x 174 mm 266pp 51 line figures
16 halftones
978-0-521-87384-0 Hardback £45.00
Technologies, Solutions, Services
Joseph Ghetie
TCOM and NET, Fort Lee, New Jersey
If you need to understand the technical
solutions that allow multimedia
communications between established
mobile cellular networks and fixed
wireless communications, then this
practical text is essential reading.
Architectures, standards, management
capabilities, and quality of service
issues are discussed, in addition to the
convergent solutions offered by UMA
and IMS.
Contents: Part I. Wireless
Communications: Networking and
Management: 1. Wireless communications
and networking; 2. Network management;
3. Service management; Part II. Cellular
Mobile Radio Networking and
Management: 4. Cellular mobile radio
networking; 5. Cellular mobile radio
networks management and services;
Part III. Fixed Wireless Technologies:
Networking and Management: 6. Wireless
local area networking; 7. Wireless personal
area networking; 8. Wireless metropolitan
area networking; 9. Wireless near-field
sensor networking; Part IV. Fixed Wireless
Cellular Mobile Networks Convergence and
Integration: 10. Fixed mobile convergence
overview; 11. Wireless LAN cellular
mobile convergence; 12. Wireless PAN
cellular mobile convergence; 13. Wireless
MAN cellular mobile convergence;
14. Wireless sensor networks cellular
mobile convergence; Part V. Fixed wireless
cellular mobile convergence: standardized
networking solutions; 15. UMA-based fixed
wireless and cellular mobile networking
solutions and products; 16. Session
initiation protocol; 17. IMS-based fixed
wireless and cellular mobile networking
solutions and protocols; Part VI. Fixed
Mobile Convergence Services, Industry
Trends, and Implementation Issues:
18. QOS in fixed wireless cellular mobile
convergent networks; 19. The economics
of fixed wireless cellular mobile networks
integration; 20. Fixed mobile convergence
implementation: status, trends, and issues.
2008 247 x 174 mm 350pp
978-0-521-51356-2 Hardback c. £55.00
Publication September 2008
www.cambridge.org/9780521513562
Forthcoming
Wireless
Internet Security
Architecture and Protocols
James Kempf
DoCoMo Labs USA, Palo Alto, California
Approaching wireless Internet security
from the position of system architecture,
this text describes the cryptographic
and protocol-based tools for Internet
security, highlighting their application in
wireless networks. Rather than dealing
with specific standards or products, the
focus throughout is on the architectural
eBooks available at www.cambridge.org/online
Electrical and Computer Engineering
and practical design aspects of wireless
security systems.
Contents: 1. Security basics; 2. Network
system architecture basics; 3. Cryptographic
algorithms and security primitives;
4. Wireless IP network access control;
5. Local subnet configuration and address
resolution; 6. Security for global IP mobility;
7. Location privacy.
2008 247 x 174 mm 216pp
978-0-521-88783-0 Hardback c. £40.00
Publication October 2008
www.cambridge.org/9780521887830
Forthcoming
Sphere Decoding
Algorithms
for Wireless
Communications
Haris Vikalo
California Institute of Technology
and Babak Hassibi
California Institute of Technology
A study of efficient algorithms for
detection and decoding, concentrating
on receivers in wireless communications.
Stress is placed on algorithms for
maximum-likelihood detection and
decoding of signals in Gaussian noise.
Vikalo and Hassibi focus on sphere
decoding algorithms, study their
complexity, derive several modifications,
and illustrate their performance via
simulations.
2009 247 x 174 mm 200pp
978-0-521-87099-3 Hardback c. £60.00
Publication March 2009
www.cambridge.org/9780521870993
Forthcoming
TinyOS Programming
Philip Levis
Stanford University, California
and David Gay
Intel Research, Berkeley
A comprehensive guide for programmers
who need to know how to write
systems, services and applications using
the TinyOS operating system. Providing
an in-depth overview of TinyOS and
the nesC language, this text also
treats more advanced TinyOS and nesC
programming, and describes how to
connect TinyOS nodes to PCs.
Contents: Part I. TinyOS and NesC:
1. Introduction; 2 Linking and namespaces;
Part II. Basic Programming: 3. Components
and interfaces; 4. Configurations and
wiring; 5. Concurrency, 6. Applications;
Part III. Advanced Programming:
7. Advanced components; 8. Advanced
wiring; 9. Advanced concurrency;
10. Design Patterns; 11. Device drivers
and the hardware abstraction architecture
(HAA); 12. Advanced applications;
Part IV. Tools and References; 13. Mote-PC
communication; 14. TinyOS APIs.
2008 247 x 174 mm 230pp
978-0-521-89606-1 Hardback c. £27.50
Publication November 2008
www.cambridge.org/9780521896061
Emerging Technologies
in Wireless LANs
Theory, Design, and Deployment
Edited by Benny Bing
Georgia Institute of Technology
Using fundamental tutorials, standards,
case studies, mathematical analysis, and
modeling, this book provides the key
practical considerations for deploying
wireless LANs and a solid understanding
of the emerging technologies. It is
invaluable resource for researchers
and graduate students in electrical
engineering and computer science
departments and for practitioners in the
wireless communications industry.
‘An excellent resource for anyone
who wants to understand the
underpinnings and possibilities of the
Wi-Fi offerings we see evolving in the
marketplace today.’
Robert J. Zack, Director, Next Generation
Broadband, EarthLink Inc., USA
2008 253 x 177 mm 896pp 395 line figures
10 halftones
978-0-521-89584-2 Hardback £55.00
www.cambridge.org/9780521895842
Resource Allocation
for Wireless Networks
Basics, Techniques, and
Applications
Zhu Han
University of Maryland, College Park
and K. J. Ray Liu
University of Maryland, College Park
Basic concepts, optimization tools,
techniques, and applications are
described and analysed providing
a unified framework for cross-layer
optimization. If you’re involved in the
design and development of wireless
networks, as a researcher, graduate
student, or professional engineer, this is
a must-have guide to getting the best
possible performance.
Contents: Preface; Part I. Basics of
Wireless Networking: 1. Power control;
2. Rate adaptation; 3. Multiple access
– scheduling and random access;
Part II. Optimization Techniques for
Resource Allocation: 4. Optimization
formulation and analysis; 5. Mathematical
programming; 6. Integer/combinatorial
optimization; 7. Game theory;
Part III. Advanced Topics: 8. Resource
allocation for wireless multimedia;
Bibliography.
2008 253 x 177 mm 560pp 119 line figures
978-0-521-87385-7 Hardback £50.00
Publication June 2008
www.cambridge.org/9780521873857
High-Speed Wireless
Communications
Ultra-wideband, 3G Long Term
Evolution, and 4G Broadband
Mobile Systems
Jiangzhou Wang
University of Kent, Canterbury
Describing the fundamental theory
and major applications of high-speed
multimedia wireless communications,
this text covers the latest technologies
and identifies directions for future
research. It is a valuable resource
for graduate students of electrical
and computer engineering, as well
as practitioners in the wireless
communications industry.
Contents: Preface; Acknowledgements;
List of abbreviations; I. Introduction:
1. Introduction to high speed wireless
communications; II. UWB Communications;
2. Multicarrier CDMA Overlay for UWB
Communications; 3. Impulse radio overlay in
UWB communications; 4. Rapid acquisition;
III. Evolved 3G mobile communications;
5. TD Receiver with ideal channel state
information; 6. TD receiver with imperfect
channel state information; 7. QAM with
Antenna Diversity; 8. QAM for Multicode
CDMA with Interference Cancellation; IV.
4G Mobile Communications: 9. Optimal
and MMSE detection for downlink OFCDM;
10. Hybrid detection for OFCDM systems;
11. Coded layered space-time-frequency
architecture; 12.Sub-Packet Transmission for
Hybrid ARQ Systems; Index.
2008 247 x 174 mm 352pp 130 line figures
5 halftones
978-0-521-88153-1 Hardback c. £45.00
Publication October 2008
www.cambridge.org/9780521881531
Electrical and Computer Engineering
Ultra-Wideband
Positioning Systems
Iterative Receiver
Design
Theoretical Limits, Ranging
Algorithms, and Protocols
Zafer Sahinoglu
Henk Wymeersch
Mitsubishi Electric Research Laboratories,
Cambridge, Massachusetts
Sinan Gezici
Bilkent University, Ankara
and Ismail Guvenc
DoCoMo Communications Laboratories USA,
California
Providing detailed coverage of ultrawideband (UWB) positioning systems,
this text also contains many examples,
problems and Matlab scripts to help
readers grasp key concepts. It is an
ideal text for graduate students and
researchers in electrical and computer
engineering, and practitioners in the
communications industry, particularly
those in wireless communications.
Contents: 1. Introduction; 2. Ultrawideband
signals; 3. Ultrawideband channel models; 4
Position Estimation Techniques; 5. Timebased ranging via UWB radios; 6. Ranging
protocols; 7. Special topics in ranging;
8. Practical considerations for UWB system
design; 9. Recent Developments in future
research directions.
2008 247 x 174 mm 288pp 123 line figures
64 halftones 22 tables 46 exercises
978-0-521-87309-3 Hardback c. £60.00
Publication August 2008
www.cambridge.org/9780521873093
Textbook
MIMO Wireless
Communications
Ezio Biglieri
Universitat Pompeu Fabra, Barcelona
Robert Calderbank
Princeton University, New Jersey
Anthony Constantinides
Imperial College of Science, Technology and
Medicine, London
Andrea Goldsmith
Stanford University, California
Arogyaswami Paulraj
Stanford University, California
and H. Vincent Poor
Massachusetts Institute of Technology
Using factor graphs, this detailed
survey provides a general framework
for systematically developing iterative
algorithms for digital receivers.
2007 247 x 174 mm 272pp 94 line figures
2 halftones
978-0-521-87315-4 Hardback £45.00
Textbook
Networking
Wireless Sensors
Bhaskar Krishnamachari
University of Southern California
A comprehensive and organized survey
of the field of wireless sensor networks
and their applications.
2005 247 x 174 mm 214pp 57 line figures
1 halftone 2 tables 60 exercises
978-0-521-83847-4 Hardback £43.00
eBook available
Textbook
Wireless
Communications
Andrea Goldsmith
Stanford University, California
A comprehensive introduction to the
basic principles, design techniques
and analytical tools of wireless
communications.
‘As the field of wireless
communications continues to spread
and evolve, students, engineers,
practitioners, and researchers face
a daunting multitude of books and
an enormous literature that often
misleads and confuses. Andrea
Goldsmith’s book offers an up-to-date,
comprehensive, reader-friendly, and
valuable alternative. It is a veritable
tour-de-force that sweeps the entire
field with clarity, completeness,
and sufficient detail that strikes a
masterful balance between breadth
and depth. I recommend it highly to
anyone interested in a serious foray
into the science and technology of
wireless communications.’
Anthony Ephremides, Cynthia Kim Professor of
Information Technology, University of Maryland
2005 253 x 177 mm 672pp 7 tables
295 exercises
978-0-521-83716-3 Hardback £42.00
eBook available
Peak Power Control
in Multicarrier
Communications
Princeton University, New Jersey
Simon Litsyn
Detailed introduction to the analysis
and design of MIMO wireless systems,
written by a team of leading experts.
Tel-Aviv University
2007 247 x 174 mm 342pp
978-0-521-87328-4 Hardback £45.00
Describes the tools for analyzing and
controlling peak-to-average power
performance in multicarrier systems like
OFDM and DMT.
Textbook
Fundamentals
of Wireless
Communication
David Tse
University of California, Berkeley
and Pramod Viswanath
University of Illinois, Urbana-Champaign
A unified view of the fundamentals of
wireless communication for graduate
students and practising engineers.
‘Tse and Viswanath achieve
remarkable clarity in combining sound
theoretical development, simple
insights, and current practice into an
integrated whole. Fundamentals of
Wireless Communication will quickly
become a classic, serving both as a
reference and a textbook built on firm
principles.‘
Professor Robert G. Gallager, MIT
2005 246 x 189 mm 586pp 203 line figures
8 tables 237 exercises
978-0-521-84527-4 Hardback £42.00
eBook available
WCDMA Design
Handbook
Andrew Richardson
Imagicom Ltd, Newmarket
Practical handbook provides a
comprehensive explanation of the
WCDMA air interface of 3rd generation
UMTS cellular systems.
2005 247 x 174 mm 592pp 315 line figures
167 tables
978-0-521-82815-4 Hardback £70.00
2007 247 x 174 mm 292pp
978-0-521-85596-9 Hardback £50.00
Visit our website at www.cambridge.org
10
Electrical and Computer Engineering
Textbook
Mobile Wireless
Communications
Mischa Schwartz
Security and Quality
of Service in Ad Hoc
Wireless Networks
Amitabh Mishra
Columbia University, New York
Virginia Polytechnic Institute and State University
An introduction to digital mobile
wireless networks, illustrating theoretical
underpinnings with real-world examples.
Focusing on practical potential solutions,
this text covers security and quality of
service in ad hoc wireless networks.
Representing the state-of-the-art on the
topic, this book is a valuable resource for
researchers in electrical and computer
engineering, as well as practitioners in
the wireless communications industry.
‘I rarely award books top marks,
but there is no doubt this one fully
deserves it. If you are looking for
one book to both cover wireless
fundamentals and give you details of
the key wireless systems in use today,
I’d strongly recommend this one.’
William Webb, IEE Communications Engineer
2004 247 x 174 mm 470pp 26 tables
147 exercises
978-0-521-84347-8 Hardback £42.00
Next Generation
Mobile Access
Technologies
Implementing TDD
Harald Haas
Contents: 1. Introduction; 2. Wireless
security; 3. Threats and attacks; 4. Trust
management; 5. Intrusion detection;
6. Quality of service; 7. Secure routing;
8. Security in WiMax networks; Glossary;
Index.
2008 247 x 174 mm 194pp 61 line figures
978-0-521-87824-1 Hardback £45.00
www.cambridge.org/9780521878241
Wireless Ad Hoc and
Sensor Networks
Universität Bremen
Theory and Applications
Xiang-Yang Li
and Stephen McLaughlin
Illinois Institute of Technology
University of Edinburgh
Taking algorithmic and theoretical
approaches to dissect key layers
of a wireless network, Li reviews
practical protocols, formulates
problems mathematically, solves them
algorithmically and then analyses
performance. The result is an overview
of the various approaches and insights
required to understand and optimize
wireless ad hoc and sensor network
performance.
Describing the features of next
generation mobile access technologies,
this book assesses their strengths and
weaknesses. It explains the underlying
principles and practical implementation
of time division duplexing and describes
real-world examples from UMTS,
wireless LAN, and Bluetooth systems.
For graduate students and practitioners
designing and implementing wireless
systems.
Contents: 1. Introduction; 2. Drivers for
future wireless systems; 3. Duplex modes
in wireless communications; 4. Interference
modes in cellular systems; 5. Multiple user
access; 6. The TDD underlay; 7. Dynamic
channel assignment (DCA) algorithms;
8. Multihop wireless communication using
TDD; 9. Radio resource metric estimation;
10. Interference cancellation techniques;
11. Smart antennas for TDD CDMA systems;
12. TDD wireless systems.
2008 247 x 174 mm 414pp 166 line figures
978-0-521-82622-8 Hardback £50.00
www.cambridge.org/9780521826228
Contents: Part I. Introduction: 1. History of
wireless networks; 2. Wireless transmission
fundamentals; Part II. Wireless MACs:
3. Wireless medium access control
protocols; 4. TDMA channel assignment;
5. Spectrum channel assignment;
6. CDMA code channel assignment;
Part III. Topology Control and Clustering:
7. Clustering and network backbone;
8. Weighted network backbone; 9. Topology
control with flat structures; 10. Power
assignment; 11. Critical transmission
ranges for connectivity; 12. Other transition
phenomena; Part IV. Wireless Network
Routing Protocols: 13. Energy efficient
unicast routing; 14. Energy efficient
broadcast/multicast routing; 15. Routing
with selfish terminals; 16. Joint routing,
channel assignment and link scheduling;
Part V. Other Issues: 17. Localization
and location tracking; 18. Performance
limitations of random wireless ad hoc
networks; 19. Security of wireless ad hoc
networks.
2008 253 x 177 mm 500pp 7 tables
176 exercises
978-0-521-86523-4 Hardback c. £45.00
Publication July 2008
www.cambridge.org/9780521865234
Classical and Quantum
Information Theory
An Introduction for the Telecom
Scientist
Emmanuel Desurvire
Alcatel, France
For the first time, this book sets out a
complete overview of both classical and
quantum information theory, covering
key topics such as coding, compression,
error-correction, cryptography, and
channel capacity. Highly illustrated,
with numerous practical examples and
end-of-chapter exercises, this is ideal
for graduate students, researchers, and
practitioners in industry.
Contents: 1. Probabilities basics;
2. Probability distributions; 3. Measuring
information; 4. Entropy; 5. Mutual
information and more entropies;
6. Differential entropy; 7. Algorithmic
entropy and Kolmogorov complexity;
8. Information coding; 9. Optimal coding
and compression; 10. Integer, arithmetic
and adaptive coding; 11. Error correctionl
12. Channel entropy; 13. Channel capacity
and coding theorem; 14. Gaussian
channel and Shannon-Hartley theorem;
15. Reversible computation; 16. Quantum
bits and quantum gates; 17. Quantum
measurments; 18. Qubit measurements,
superdense coding and quantum
teleportation; 19. Deutsch/Jozsa alorithms
and quantum fourier transform; 20. Shor’s
factorization algorithm; 21. Quantum
information theory; 22. Quantum
compression; 23. Quantum channel noise
and channel capacity; 24. Quantum error
correction; 25. Classical and quantum
cryptography, Appendix A: Boltzmann’s
entropy; Appendix B.
2008 247 x 174 mm 450pp 1 halftone
59 tables 139 exercises
978-0-521-88171-5 Hardback c. £40.00
Publication November 2008
www.cambridge.org/9780521881715
Electrical and Computer Engineering
Space-Time
Wireless Systems
From Array Processing to MIMO
Communications
Edited by H. Bölcskei
ETH Zürich, Switzerland
D. Gesbert
Eurecom Institute
C. B. Papadias
Bell Labs, Lucent Technologies
and A.-J. van der Veen
Technische Universiteit Delft, The Netherlands
This is a comprehensive reference for
readers wanting to learn about the
entire range of relevant aspects in
wireless communications.
2006 247 x 174 mm 612pp 200 line figures
978-0-521-85105-3 Hardback £53.00
RF and Microwave
Engineering
Modeling and
Characterization of
RF and Microwave
Power FETs
Peter Aaen
Freescale Semiconductor, AZ
Jaime A. Plá
Freescale Semiconductor, AZ
and John Wood
Freescale Semiconductor, AZ
This is the first book devoted to the
compact modeling of RF power FETs.
The Cambridge RF and Microwave
Engineering Series
2007 247 x 174 mm 388pp 137 line figures
13 halftones
978-0-521-87066-5 Hardback £55.00
RF Power Amplifier
Behavioral Modeling
Edited by Dominique Schreurs
Katholieke Universiteit Leuven, Belgium
The Cambridge RF
and Microwave
Engineering Series
Series Editor: Dr Steve C. Cripps
Hywave Associates
The main motivation for this important
new series of books is a large and
still growing need for information
and learning which has been created
by the wireless revolution of the last
15 years. Consumer products such
as mobile phones are underpinned
by RF/microwave technology, which
is developing rapidly. The series will
publish books on both fundamental
RF/microwave topics and on specific
topical application areas for engineers
who need to be brought up to speed
on new developments. The market for
these books will be among practising
engineers, academic and industrial
researchers, and graduate students.
Máirtín O’Droma
University of Limerick
Anthony A. Goacher
University of Limerick
and Michael Gadringer
Technische Universität Wien, Austria
This comprehensive and up-to-date
review of nonlinear theory and power
amplifier modelling techniques is a onestop reference for engineers working
in PA modelling or RF designers using
such models. It includes a detailed
treatment of nonlinear theory, together
with chapters on memory effects,
implementation in commercial circuit
simulators, and validation.
Contents: 1. Power amplifier modelling
overview; 2. Properties of behavioural
models; 3. Nonlinear memoryless models;
4. Nonlinear models with linear memory;
5. Nonlinear models with non-linear
memory; 6. Validation and comparison
of PA models; 7. Aspects of system
simulation; Appendicies: A. Recent wireless
standards; B. Abbreviations; C. Authors and
contributors.
The Cambridge RF and Microwave
Engineering Series
11
Forthcoming
Electromagnetic Band
Gap Structures in
Antenna Engineering
Fan Yang
The University of Mississippi
and Yahya Rahmat-Samii
University of California, Los Angeles
This detailed account of the state-ofthe-art in electromagnetic band gap
(EBG) theory, analysis and applications
features an abundance of antenna
concepts, and complete design details.
With EGB applications in antenna
engineering emphasized through
numerous antenna examples, this is a
valuable resource for researchers and
engineers in antennas, electromagnetics
and microwaves.
Contents: 1. Introduction; 2. FDTD Method
for periodic structure analysis; 3. EBG
Characterizations and classifications;
4. Design and optimizations of EBG
structures; 5. Patch antennas with EBG
structures; 6. Low profile wire Antennas on
EBG surfaces; 7. Surface wave antennas;
8. Future of EBG research; Appendix.
The Cambridge RF and Microwave
Engineering Series
2008 247 x 174 mm 288pp
978-0-521-88991-9 Hardback c. £55.00
Publication November 2008
www.cambridge.org/9780521889919
Phase Noise and
Frequency Stability
in Oscillators
Enrico Rubiola
FEMTO-ST Instititute, Université de Franche
Comté, Besançon
Presenting a comprehensive account
of oscillator phase-noise and frequency
stability, this text uniquely includes
numerous practical examples using
actual measurements. The reverse
engineering of oscillators based on
phase-noise spectra is also covered,
making this a useful reference for both
academic researchers and industry
2008 247 x 174 mm 272pp
978-0-521-88173-9 Hardback c. £50.00
Publication September 2008
www.cambridge.org/9780521881739
For regular email alerts visit www.cambridge.org/alerts
12
Electrical and Computer Engineering
practitioners in RF engineering and
communications engineering.
Contents: Foreword Lute Maleki; Foreword
David B. Leeson; Preface; List of symbols;
1. Phase noise and frequency stability;
2. Phase noise in semiconductors and
amplifiers; 3. Heuristic approach to the
Leeson effect; 4. Phase noise and linear
feedback theory; 5. Noise in delay-line
oscillators and lasers; 6. Oscillator hacking;
A Laplace transform; Bibliography.
The Cambridge RF and Microwave
Engineering Series
2008 247 x 174 mm 250pp 11 tables
978-0-521-88677-2 Hardback c. £55.00
Publication November 2008
www.cambridge.org/9780521886772
Forthcoming
Radio-Frequency
Electronics
Circuits and Applications
Second edition
Jon B. Hagen
Cornell University, New York
Second, much updated edition of
best-selling, insightful treatment of
radio frequency design. New chapters
on mobile telephony, wireless data
transmission, GPS and s-parameter
analysis of microwave circuits, as well as
additional worked examples and endof-chapter problems, make the book a
must-have for graduate students as well
as practising professionals.
Contents: 1. Introduction; 2. Impedance
Matching; 3. Linear Power Amplifiers;
4. Filters I; 5. Frequency Converters;
6. Amplitude Modulation (AM) &
Frequency Modulation (FM); 7. Radio
Receivers; 8. Suppressed Carrier AM;
9. Power Supplies; 10. Class-C & Class-D
Power Amplifiers; 11. Transmission Lines;
12. Oscillators; 13. Phase-Locked Loops
& Frequency Synthesizers; 14. Filters II;
15. Transformers & Baluns; 16. Hybrid
Couplers; 17. Waveguide Transmission
Lines & Circuits; 18. Small Signal RF
Amplifiers; 19. Demodulators & Detectors;
20. Television; 21. Radar Systems;
22. Radio Wave Propagation & Antennas;
23. Modulation Analysis & Information
Transmission; 24. Mobile Telephones &
Wireless Data Transmission; 25. Analysis of
noise in Amplifiers & Oscillators; 26. The
GPS Navigation System; 27. Radio & Radar
Astronomy; 28. Radio Spectrometry;
29. S-Parameter Circuit Analysis;
30. Laboratory Test Equipment.
2009 247 x 174 mm 430pp
978-0-521-88974-2 Hardback c. £40.00
Publication April 2009
www.cambridge.org/9780521889742
RFID Technology
and Applications
Edited by Stephen Miles
MIT Auto-ID Labs
Sanjay Sarma
MIT Auto-ID Labs
and John Williams
MIT Auto-ID Labs
Using specific industry examples the
challenges, trends and key business
questions in RFID development
and implementation are addressed
using insights from world-leading
laboratories. For researchers,
practitioners and managers in electrical
engineering. MIT’s Auto-ID Labs
Open Source code and tools for RFID
implementation are available via
www.cambridge.org/9780521880930.
Contents: Preface; List of contributors;
1. Introduction to RFID history and markets
Stephen Miles; 2. RFID technology and
its applications Sanjay Sarma; 3. RFID
tag performance optimization – a chip
perspective Hao Min; 4. Resolution
and integration of HF and UHF Marlin
H. Mickle, Leonid Mats, and Peter J.
Hawrylak; 5. Integrating sensors and
actuators into RFID tags J.T. Cain and
Kang Lee; 6. Performance evaluation
of WiFi RFID localization technologies
Mohammad Heidari and Kaveh Pahlavan;
7. Modeling supply chain network traffic
John R. Williams, Abel Sanchez, Paul
Hofmann, Tao Lin, Michael Lipton, and
Krish Mantripragada; 8. Deployment
considerations for active RFID systems
Gisele Bennett and Ralph Herkert; 9. RFID
in the retail supply chain – issues and
opportunities Bill C. Hardgrave and Robert
Miller; 10. Reducing barriers to ID system
adoption in the aerospace industry – the
aerospace ID technologies programme;
Duncan McFarlane, Alan Thorne, Mark
Harrison and Victor Prodonoff Jr.; 11. The
cold chain J. P. Emond; 12. The application
of RFID as anticounterfeiting technique
– issues & opportunities Thorsten Staake,
Florian Michahelles, and Elgar Fleisch;
13. Closing product information loops with
product embedded information devices:
RFID technology and applications, models
and metrics Dimitris Kiritsis, Hong-Bae Jun,
and Paul Xirouchakis; 14. Moving from
RFID to autonomous cooperating logistic
processes Bernd Scholz-Reiter, Dieter
Uckelmann, Christian Gorldt, Uwe Hinrichs,
and Jan Topi Tervo; 15. Conclusions Stephen
Miles, Sanjay Sarma and John Williams;
Appendix: Links to RFID technology and
applications resources I. RFID interface
specifications; II. Test capabilities (in
the order of chapters as presented); III.
Simulation environments.
2008 247 x 174 mm 240pp 63 line figures
5 halftones
978-0-521-88093-0 Hardback c. £60.00
Publication May 2008
www.cambridge.org/9780521880930
Planar Microwave
Engineering
A Practical Guide to Theory,
Measurement, and Circuits
Thomas H. Lee
Stanford University, California
This insightful book contains a wealth of
circuit layouts, design tips, and practical
measurement techniques for building
and testing practical RF and microwave
systems. The book is packed with
indispensable information for students
taking courses on RF or microwave
circuits and for practising engineers.
‘… a fantastic CD-ROM … that is
full of all sorts of useful toys to help
engineers design their circuits, both
microwave and lower frequencies
… well written, printed and clear …
This book answers all your practical
questions (or wakes you up to
some you did not know existed!)
in this complex field. Most highly
recommended for all working in it.’
Circuit World
2004 254 x 177 mm 880pp 45 tables
978-0-521-83526-8 Hardback £53.00
www.cambridge.org/9780521835268
Forthcoming
High-Speed Electronics
and Optoelectronics
Devices and Circuits
Sheila Prasad
Northeastern University, Boston
Hermann Schumacher
Universität Ulm, Germany
and Anand Gopinath
University of Minnesota
An authoritative account of electronic
and optoelectronic devices, and,
uniquely, their circuit applications too.
The theory and applications of MESFETs,
HEMTs, RF MOSFETs, BJTs, HBTs, LEDs,
and lasers are explained. Plentiful real
world examples are included, as are
Electrical and Computer Engineering
end of chapter problems. For graduate
students, professionals and researchers.
Contents: Part One. Devices: 1. Review of
Semiconductor Device Materials and Physics;
2. Electronic Devices; 3. Optoelectronic
Devices; 4. Special effects in Devices;
5. Circuit Models for Electronic Devices at
High Frequencies; 6. Optoelectronic Emitters
and Photonic Detectors; Part Two. Circuits:
Analogue Circuits 1. Transistor Amplifiers;
2. Mixers; 3. Oscillators; 4. Noise; Digital
Circuits: 1. Logic families for high-speed
digital electronics; 2. Multiplexers and
Demultiplexers; 3. Analogue/digital and
digital/analogue converters; Electronic
circuits for high-speed optoelectronic
systems: 1. System overview: special
requirements of wideband optoelectronic
communication circuits; 2. Low noise
receiver amplifiers; 3. Modulator driver
circuits; 4. Limiting amplifiers and retiming
circuits.
2009 247 x 174 mm 550pp
978-0-521-86283-7 Hardback c. £45.00
Publication June 2009
www.cambridge.org/9780521862837
Electromagnetics for
High-Speed Analog and
Digital Communication
Circuits
Ali M. Niknejad
University of California, Berkeley
Describes the fundamental
electromagnetics of passive and active
circuit elements, highlighting the various
effects and potential problems in circuit
design.
2007 247 x 174 mm 464pp
978-0-521-85350-7 Hardback £45.00
Integrated Frequency
Synthesizers for
Wireless Systems
Andrea Leonardo Lacaita
Politecnico di Milano
Salvatore Levantino
Politecnico di Milano
and Carlo Samori
Politecnico di Milano
Key problem-solving resource covering
the entire design process of PLL
frequency synthesizers for today’s
communications applications.
2007 247 x 174 mm 248pp 179 line figures
31 worked examples
978-0-521-86315-5 Hardback £65.00
Textbook
The Design of CMOS
Radio-Frequency
Integrated Circuits
Second edition
Thomas H. Lee
Stanford University, California
An expanded and revised new edition of
Tom Lee’s acclaimed guide to the design
of gigahertz RF integrated circuits.
2004 253 x 177 mm 816pp 562 line figures
30 tables 185 exercises
978-0-521-83539-8 Hardback £47.00
Circuit Design
Digital Integrated
Circuit Design
From VLSI Architectures to CMOS
Fabrication
Hubert Kaeslin
ETH Zürich
This practical, tool-independent guide to
designing digital circuits takes a unique,
top-down approach, reflecting the
nature of the design process in industry.
Starting with architecture design, the
book comprehensively explains the why
and how of digital circuit design, using
the physics designers need to know, and
no more.
Prepublication quote:
‘[The top-down] emphasis of the text
… should be right on the money and
is very timely.’
Joanne DeGroat, Ohio State University
Contents: Preface; Acknowledgements;
1. Introduction to microelectronics; 2. From
algorithms to architectures; 3. Functional
verification; 4. Modelling hardware
with VHDL; 5. The case for synchronous
design; 6. Clocking of synchronous
circuits; 7. Acquisition of asynchronous
data; 8. Gate- and transistor-level design;
9. Energy efficiency and heat removal;
10. Signal integrity; 11. Physical design;
12. Design verification; 13. VLSI economics
and project management; 14. A primer on
CMOS technology; 15. Outlook; Appendices:
A. Elementary digital electronics; B. Finite
state machines; C. VLSI designer’s checklist;
D. Symbols and constants.
2008 246 x 189 mm 854pp 585 line figures
18 halftones 8 plates
978-0-521-88267-5 Hardback £45.00
Publication May 2008
www.cambridge.org/9780521882675
13
Forthcoming
Fundamentals of
High-Frequency
CMOS Analog
Integrated Circuits
Duran Leblebici
Istanbul Technical University
and Yusuf Leblebici
Ecole Polytechnique Fédérale de Lausanne
An insightful description and
explanation of the fundamentals of
high-frequency CMOS circuit analysis
and design for senior undergraduate
and graduate students and practising
circuit engineers. Design examples
and problems are plentiful, and key
issues encountered in real-world design
scenarios are addressed.
Contents: 1. Components of Analog CMOS
ICs; 2. Basic MOS Amplifiers; DC and Low
Frequency Behavior; 3. High Frequency
Behavior of Basic Amplifiers; 4. Frequency
Selective RF Circuits; 5. LC Oscillators;
6. Signal Converters for High Frequencies
(Radio Frequencies), Appendices.
2009 247 x 174 mm 400pp
978-0-521-51340-1 Hardback c. £42.00
Publication January 2009
www.cambridge.org/9780521513401
High Performance
ASIC Design
Using Synthesizable Domino
Logic in an ASIC Flow
Razak Hossain
ST Microelectronics, San Diego, California
Presenting a methodology for using
domino logic in an ASIC design flow, this
text covers all the knowledge needed
to apply these design techniques in
practice and includes detailed, realworld design examples. This is ideal for
graduate students and researchers in
electrical and computer engineering, and
circuit designers in industry.
Contents: 1. An introduction to domino
logic; 2. High speed digital design;
3. Domino logic library design Thomas D
Zounes and Razak Hossain; 4. Domino
logic synthesis Bernard Bourgin and Razak
Hossain; 5. Circuits designed with domino
logic in an ASIC flow; 6. Evolution of
domino logic synthesis.
2008 247 x 174 mm 160pp 7 halftones
978-0-521-87334-5 Hardback c. £45.00
Publication August 2008
www.cambridge.org/9780521873345
eBooks available at www.cambridge.org/online
14
Electrical and Computer Engineering
Textbook
The Art of Electronics
Second edition
Paul Horowitz
Harvard University, Massachusetts
and Winfield Hill
The thoroughly revised and updated
second edition of the hugely successful
first edition.
1989 254 x 178 mm 1152pp
978-0-521-37095-0 Hardback £57.00
An Analog Electronics
Companion
Basic Circuit Design for Engineers
and Scientists
Scott Hamilton
University of Manchester
Designed for engineers and scientists
who are non-specialist in electronic
circuit design.
2007 247 x 174 mm 668pp 465 line figures
978-0-521-68780-5 Paperback £38.00
eBook available
Advanced Model Order
Reduction Techniques
in VLSI Design
Sheldon Tan
University of California, Riverside
and Lei He
University of California, Los Angeles
Systematic introduction to key model
order reduction techniques in linear
circuits, using real-world examples to
illustrate advantages and disadvantages.
2007 247 x 174 mm 258pp 110 line figures
978-0-521-86581-4 Hardback £65.00
Electronic and
Optoelectronic
Devices and
Nanotechnology
Quantum Mechanics
for Scientists
and Engineers
David A. B. Miller
Stanford University, California
By relating the principles of quantum
mechanics to the practical applications
in engineering, physics, and
nanotechnology, students will develop
an understanding of theoretical concepts
through examples of nanostructured
materials, optics, and semiconductor
devices. The book focuses on students’
problem solving skills in worked
examples and more than 160 homework
problems.
Contents: How to use this book;
1. Introduction; 2. Waves and quantum
mechanics – Schrödinger’s equation; 3. The
time-dependent Schrödinger equation;
4. Functions and operators; 5. Operators
and quantum mechanics; 6. Approximation
methods in quantum mechanics; 7. Timedependent perturbation theory; 8. Quantum
mechanics in crystalline materials;
9. Angular momentum; 10. The hydrogen
atom; 11. Methods for one-dimensional
problems; 12. Spin; 13. Identical particles;
14. The density matrix; 15. Harmonic
oscillators and photons; 16. Fermion
operators; 17. Interaction of different kinds
of particles; 18. Quantum information;
19. Interpretation of quantum mechanics;
Appendices: A. Background mathematics; B.
Background physics; C. Vector calculus; D.
Maxwell’s equations and electromagnetism;
E. Perturbing Hamiltonian for optical
absorption; F. Early history of quantum
mechanics; G. Some useful mathematical
formulae; H. Greek alphabet; I. Fundamental
constants; Bibliography; Memorization list.
2008 253 x 177 mm 576pp 73 line figures
978-0-521-89783-9 Hardback £42.99
Publication June 2008
www.cambridge.org/9780521897839
Fundamentals of
Photonic Crystal
Guiding
Maksim Skorobogatiy
Ecole Polytechnique, Montréal
and Jianke Yang
University of Vermont
Presenting the field of photonic crystals
using analytically solvable problems, this
book provides a systematic, rigorous,
and pedagogical introduction to this
vibrant subject area. Including end-ofchapter problems, this accessible text
is ideal for researchers and graduate
students studying photonic crystals in
departments of electrical engineering,
applied physics and mathematics.
Contents: 1. Introduction; 2. Hamiltonian
formulation of Maxwell’s equations
(frequency consideration); 3. 1D Photonic
crystals – multilayer stacks; 4. Bandgap
guidance in the planar photonic crystal
waveguides; 5. Hamiltonian formuation
of Maxwell equations for waveguides
(propagation constant consideration);
6. 2D photonic crystals; 7. Quasi-2D
photonic crystals; 8. Nonlinear effects and
gap-solution formation in periodic media;
9. Problem solution.
2008 247 x 174 mm 312pp 4 halftones
978-0-521-51328-9 Hardback c. £60.00
Publication December 2008
www.cambridge.org/9780521513289
Spectrograph Design
Fundamentals
John James
University of Glasgow
Spectrographic design for academic
researchers, graduate students and
professionals in spectroscopy and optical
engineering.
2007 247 x 174 mm 204pp 86 line figures
978-0-521-86463-3 Hardback £65.00
Textbook
Quantum Transport
Atom to Transistor
Supriyo Datta
Purdue University, Indiana
Presents the atomistic theory of matter
related to current flow. MATLAB code
and videostreamed lectures available on
the web.
‘Molecular transport phenomena in
junctions is a very ‘hot’ area, that is
best understood in terms of quantum
transport phenomena in general. This
book, by one of the true leaders in this
field, presents and clarifies molecular
transport in the context of the larger
quantum transport area. The text
is lucid, masterful, understandable
and unified. The numerical examples
and MATLAB codes combine with
the discussions to provide a strongly
integrated and very readable overview
of the field.’
Professor Mark Ratner, Professor of Chemistry,
Northwestern University
2005 247 x 174 mm 418pp 218 line figures
4 tables 57 exercises
978-0-521-63145-7 Hardback £42.00
eBook available
Electrical and Computer Engineering
Textbook
Textbook
Introduction to
Nanoelectronics
Introduction to
Semiconductor Devices
Science, Nanotechnology,
Engineering, and Applications
Vladimir V. Mitin
For Computing and
Telecommunications Applications
Kevin F. Brennan
State University of New York, Buffalo
Georgia Institute of Technology
Viatcheslav A. Kochelap
An excellent senior/graduate text
covering semiconductor fundamentals
through the latest telecommunications
and computing devices.
National Academy of Sciences, Ukraine
and Michael A. Stroscio
University of Illinois, Chicago
2004 246 x 189 mm 666pp 285 line figures
63 tables 151 exercises
978-0-521-83345-5 Hardback £52.00
978-0-521-54105-3 Paperback
c. £40.00 / TBA
www.cambridge.org/9780521833455
Principles of
Nano-Optics
Lukas Novotny
University of Rochester, New York
and Bert Hecht
Comprehensive textbook on
nanoelectronics covering the underlying
physics, nanostructures, nanomaterials
and nanodevices.
2005 247 x 174 mm 334pp 157 line figures
95 exercises
978-0-521-83150-5 Hardback £47.00
Universität Basel, Switzerland
2007 247 x 174 mm 348pp 175 line figures
35 halftones
978-0-521-88172-2 Hardback £38.00
Light-Emitting Diodes
2006 247 x 174 mm 558pp 175 line figures
70 halftones 75 exercises
978-0-521-83224-3 Hardback £45.00
Electrical Transport in
Nanoscale Systems
Massimiliano Di Ventra
University of California, San Diego
Electrical conduction in nanostructures
has been a central theme in the
development of nanoscale science and
technology. This graduate textbook
provides an in-depth description of
the transport phenomena relevant to
systems of nanoscale dimensions for
graduate students in physics, chemistry,
and electrical engineering.
Contents: Preface; 1. A primer on electron
transport; 2. Drude, Kubo, and Boltzmann
approaches; 3. Landauer approach; 4. Nonequilibrium Green’s function formalism;
5. Noise; 6. Electron-ion interaction; 7. The
micro-canonical picture of transport;
8. Hydrodynamics of the electron liquid;
Appendices; References; Index.
2008 247 x 174 mm 480pp 23 halftones
65 exercises
978-0-521-89634-4 Hardback c. £40.00
Publication October 2008
www.cambridge.org/9780521896344
Textbook
Applied Quantum
Mechanics
Second edition
A. F. J. Levi
University of Southern California
Updated and expanded edition making
quantum mechanics accessible to
electrical and mechanical engineers,
materials scientists and applied
physicists.
2006 247 x 174 mm 574pp 240 line figures
69 exercises 88 worked examples
978-0-521-86096-3 Hardback £47.00
eBook available
Second edition
E. Fred Schubert
Rensselaer Polytechnic Institute, New York
Revised second edition, dedicated to the
technology and physics of LEDs. Suitable
for scientists, engineers, and graduate
students.
‘Light-Emitting Diodes is an excellent
examination of the physics and
technology of semiconductor LEDs.
The narration is simple and direct, and
the book is well referenced for those
seeking a deeper understanding of
the topic.’
Physics Today
2006 247 x 174 mm 432pp 255 line figures
32 halftones 30 exercises
978-0-521-86538-8 Hardback £47.00
New in Paperback
Laser Fundamentals
Second edition
William T. Silfvast
University of Central Florida
Laser Fundamentals provides a clear
and comprehensive introduction to the
physical and engineering principles
of laser operation and design. Simple
explanations, based on key underlying
concepts, lead the reader logically from
the basics of laser action to advanced
topics in laser physics and engineering.
This second edition has much new
material, especially in the areas of solidstate lasers, semiconductor lasers, and
laser cavities.
From reviews of the first edition:
‘… offers a guide to all you ever
wanted to know about lasers.’
New Scientist
15
Comprehensive graduate textbook
providing an overview of theoretical and
experimental methods in nano-optics.
eBook available
Fiber Optical
Parametric Amplifiers,
Oscillators and
Related Devices
Michel Marhic
Stanford University, California
First comprehensive book covering
theory, techniques and practice of all
types of fiber OPAs and related devices.
2007 247 x 174 mm 376pp 84 line figures
978-0-521-86102-1 Hardback £60.00
Introduction to
the Theory of
Coherence and
Polarization of Light
Emil Wolf
University of Rochester, New York
A unified treatment of coherence
theory and polarization for graduate
students and researchers in physics and
engineering.
2007 247 x 174 mm 236pp 50 line figures
25 halftones
978-0-521-82211-4 Hardback £30.00
Textbook
Electronic Structure
Basic Theory and Practical
Methods
Richard M. Martin
University of Illinois, Urbana-Champaign
Important graduate textbook in
condensed matter physics by highly
regarded physicist.
2004 247 x 174 mm 648pp 180 line figures
5 halftones 11 tables 150 exercises
978-0-521-78285-2 Hardback £47.00
For regular email alerts visit www.cambridge.org/alerts
16
Materials Engineering
Mesoscopic Physics of
Electrons and Photons
Eric Akkermans
Technion – Israel Institute of Technology, Haifa
and Gilles Montambaux
Université Paris-Sud XI
‘… the type of book from which one
can learn the subject even without a
teacher.’
Carlo Beenakker, Leiden University
2007 247 x 174 mm 606pp 151 line figures
69 halftones 96 exercises
978-0-521-85512-9 Hardback £55.00
Image Processing
and Machine Vision
Practical Algorithms
for Image Analysis
with CD-ROM
Second edition
Lawrence O’Gorman
Avaya Labs, New Jersey
Michael J. Sammon
methods; 12. Characterization of devices;
13. Estimation of image model parameters;
14. Image restoration; Appendices:
A. Generalized functions (singularity
operators); B. Digital image manipulation
and matrix representation; C. Stochastic
images; D. Multidimensional look-up-tables;
E. Psychovisual properties.
2008 247 x 174 mm 592pp 165 line figures
75 halftones 35 plates
978-0-521-86853-2 Hardback £65.00
Publication May 2008
www.cambridge.org/9780521868532
Textbook
Mathematics of
Digital Images
Creation, Compression,
Restoration, Recognition
S. G. Hoggar
University of Glasgow
Suited for self-study, and will appeal
to all working in computer graphics,
machine vision and image processing.
2006 247 x 174 mm 854pp 30 halftones
20 tables 125 exercises
978-0-521-78029-2 Hardback £47.00
Avaya Labs, New Jersey
and Michael Seul
BioArray Solutions
This new edition’s CD-ROM now has
both the source code, and a graphic
interface to make it easier to use.
2008 253 x 177 mm 368pp 20 tables
978-0-521-88411-2 Mixed Media
£40.00
Fundamentals of
Digital Imaging
Joel Trussell
North Carolina State University
and Michael Vrhel
Pagemark Technology, Redmond, Washington
Introduction to digital imaging covering
core techniques of image capture
and display of monochrome and
color images. Presents fundamental
tools within a powerful mathematical
framework. Containing illustrations,
examples, and homework problems
this book is suitable for advanced
undergraduates and graduates in
electrical engineering and computer
science, and practitioners in industry.
Contents: Preface; 1. Introduction;
2. Mathematical representation;
3. Elementary display of images;
4. Quantization; 5. Frequency domain
representation; 6. Spatial sampling;
7. Image characteristics; 8. Photometry and
colorimetry; 9. Color sampling; 10. Image
input devices; 11. Image output devices and
MRI from Picture
to Proton
Second edition
Donald W. McRobbie
Imperial College of Science, Technology and
Medicine, London
illustrated, expanded account of the
highly praised Cambridge Guide to the
Material World. The author seamlessly
blends the physics, chemistry and
biology of Nature, portraying matter
with all its elegance and flaws. Although
the book is divided into material types,
the author connects concepts and
pinpoints commonalities between
the inorganic and organic domains.
It challenges the reader to question
our structured view of the world
and whether this limits our scientific
endeavour, aptly demonstrated by the
new chapter devoted exclusively to the
mind. Through the breadth of topics and
engaging prose, this book will act as a
superb introduction to material science
for students and those intrigued by the
material world we live in.
‘Will it not soon be impossible for one
person to grasp the breadth of the
topics we call science? Not yet. After
several delightful hours with Rodney
Cotterill’s The Material World, I can
confirm that at least one polymath
survives.’
Peter Goodhew, The Times Educational
Supplement
2008 253 x 203 mm 576pp
978-0-521-45147-5 Hardback £35.00
Publication July 2008
Textbook
Elizabeth A. Moore
Structure of Materials
Philips Medical Systems
An Introduction to
Crystallography, Diffraction and
Symmetry
Marc De Graef
Martin J. Graves
University of Cambridge and Addenbrooke’s
NHS Trust
and Martin R. Prince
Cornell University, New York
Presents the basics of MR practice and
theory as the practitioner first meets
them.
2007 246 x 189 mm 406pp 97 line figures
103 halftones 12 plates
978-0-521-86527-2 Hardback £80.00
978-0-521-68384-5 Paperback £40.00
Materials
Engineering
The Material World
Second edition
R. M. J. Cotterill
Using the cosmos as a backdrop, Rodney
Cotterill delivers a fascinating journey
of Nature’s materials, from the atom to
the living organism. This is a beautifully
Carnegie Mellon University, Pennsylvania
and Michael E. McHenry
Carnegie Mellon University, Pennsylvania
Highly illustrated, self-contained
textbook covering the fundamentals
of crystallography, symmetry and
diffraction.
Contents: Preface; Acknowledgements;
1. Materials and material properties;
2. The periodic table and bonds; 3. What
is a crystal structure?; 4. Crystallographic
computations; 5. Lattice planes;
6. Reciprocal space; 7. Additional
crystallographic computations; 8. Symmetry
in crystallography; 9. Point groups;
10. Plane groups and space groups;
11. X-ray diffraction – geometry; 12. Xray diffraction – intensities; 13. Other
diffraction techniques; 14. About crystal
structures and diffraction patterns; 15. Noncrystallographic point groups; 16. Periodic
and aperiodic tilings; 17. Metallic and
covalent structures I; 18. Metallic crystal
structures II; 19. Metal crystal structures
Materials Engineering
III – RT systems; 20. Metal structures IV
– quasicrystals; 21. Metal structures V –
amorphous metals; 22. Ceramic structures I;
23. Ceramic structures II – high temperature
superconductors; 24. Ceramic crystal
structures III – silicates and aluminates;
25. Molecular solids; Bibliography; Index.
2007 246 x 189 mm 876pp 383 line figures
55 halftones 83 tables 400 exercises
978-0-521-65151-6 Hardback £45.00
Forthcoming
Functional Materials
Patrick Woodward
Ohio State University
Pavel Karen
Universitetet i Oslo
John S. O. Evans
University of Durham
and Tom Vogt
University of South Carolina
The properties of functional materials
are explained starting with fundamental
concepts in a manner accessible to
chemists, materials scientists and
physicists. Crystalline, amorphous,
organic and nanomaterials are
integrated into the text, whilst important
synthetic methods and characterization
tools are highlighted. Problem sets
provide the student with a thorough
grounding.
2009 247 x 174 mm 500pp
978-0-521-87325-3 Hardback c. £45.00
Publication March 2009
Textbook
Mechanical Behavior
of Materials
Second edition
Marc Meyers
University of California, San Diego
and Krishan Chawla
aspects; 8. Fracture: microscopic aspects;
9. Fracture testing; 10. Solid solution,
precipitation and dispersion strengthening;
11. Martensitic transformation;
12. Speciality materials: intermetallics
and foams; 13. Creep and superplasticity;
14. Fatigue; 15. Composite materials;
16. Environmental effects.
Computational
Thermodynamics
2008 246 x 189 mm 686pp
978-0-521-86675-0 Hardback c. £50.00
Publication August 2008
www.cambridge.org/9780521866750
and Bo Sundman
Forthcoming
Carbon Nanotube
Science
Synthesis, Properties and
Applications
Second edition
Peter J. F. Harris
University of Reading
Based on the successful Carbon
Nanotubes and Related Structures, this
new book focuses solely on carbon
nanotubes, covering major advances
made in recent years. The only single
authored book on the subject, it
provides a comprehensive introduction
to carbon nanotube science, covering
synthesis, properties, and applications in
medicine and devices.
Contents: 1. Introduction; 2. Synthesis
I: Non-catalytic; 3. Synthesis II: Catalytic;
4. Purification and processing; 5. Structure;
6. Physical properties I: Electronic;
7. Physical properties II: Mechanical, optical
and thermal; 8. Chemical and biomolecular
functionalization; 9. Composites; 10. Filled
and heterogeneous nanotubes; 11. Probes
and sensors; 12. Conclusions
2009 247 x 174 mm 128pp
978-0-521-82895-6 Hardback c. £40.00
Publication January 2009
www.cambridge.org/9780521828956
University of Alabama
A balanced mechanics-materials
approach and coverage of the latest
developments in biomaterials and
electronic materials , this a thorough
and modern textbook for upper-level
undergraduates. The fundamental
mechanisms at micro- and nano-meter
level are presented across a widerange of materials, with mathematical
simplicity and a conceptual focus.
Contents: Preface to the first edition;
Preface to the second edition; 1. Materials:
structure, properties and performance;
2. Elasticity and viscoelasticity; 3. Platicity;
4. Imperfections: point and line defects;
5. Imperfections: interfacial and volumetric
defects; 6. Geometry of deformation and
work-hardening; 7. Fracture: macroscopic
Textbook
New Edition
Phase Equilibria, Phase
Diagrams and Phase
Transformations
Their Thermodynamic Basis
Second edition
Mats Hillert
17
The Calphad Method
Hans Lukas
Max-Planck Institute, Stuttgart
Suzana G. Fries
SGF Scientific Consultancy
Royal Institute of Technology, Stockholm
Written by recognized experts in the
field, this is the first introductory guide
to the CALPHAD method.
2007 247 x 174 mm 324pp 93 line figures
3 halftones
978-0-521-86811-2 Hardback £45.00
Electrochromism and
Electrochromic Devices
Paul Monk
Manchester Metropolitan University
Roger Mortimer
Loughborough University
and David Rosseinsky
University of Exeter
An accessible treatment of
electrochromic systems and their
applications. Provides a step-by-step
development from simple examples to
sophisticated theories, including recent
advances and modern applications as
well as a background history. Ideal for
researchers in materials science, polymer
science, electrical engineering, physics,
chemistry, bioscience and (applied)
optoelectronics.
2007 247 x 174 mm 504pp 58 line figures
7 plates
978-0-521-82269-5 Hardback £80.00
www.cambridge.org/9780521822695
Textbook
Materials Science
An Intermediate Text
William F. Hosford
University of Michigan, Ann Arbor
An exciting new textbook, suitable for
intermediate to advanced courses in
materials science.
2007 253 x 177 mm 252pp 38 tables
138 exercises
978-0-521-86705-4 Hardback £45.00
KTH, Stockholm
Fully revised and updated edition
covering the fundamentals of
thermodynamics with a view to modern
computer applications.
2007 247 x 174 mm 524pp 264 line figures
1 halftone 129 worked examples
978-0-521-85351-4 Hardback £45.00
Visit our website at www.cambridge.org
18
Materials Engineering
Textbook
Metal Forming
Mechanics and Metallurgy
Third edition
William F. Hosford
University of Michigan, Ann Arbor
and Robert M. Caddell
This book helps engineers understand
the principles of metal forming and
analyze forming problems – both the
mechanics of forming processes and
how the properties of metals affect
the processes. End-of-chapter notes
have been added throughout, as well
as references. More than 200 end-ofchapter problems are included.
Contents: 1. Stress and strain; 2. Plasticity;
3. Strain hardening; 4. Instability;
5. Temperature and strain-rate dependence;
6. Work balance; 7. Slab analysis and
friction; 8. Upper-bound analysis; 9. Slipline field analysis; 10. Deformation zone
geometry; 11. Formability; 12. Bending;
13. Plastic anisotropy; 14. Cupping,
redrawing, and ironing; 15. Forming limit
diagrams; 16. Stamping; 17. Other sheet
forming operations; 18. Formability tests;
19. Sheet metal properties.
2007 253 x 177 mm 328pp 205 exercises
978-0-521-88121-0 Hardback £45.00
www.cambridge.org/9780521881210
Textbook
Materials for Engineers
William Hosford
University of Michigan, Ann Arbor
This text is for an undergraduate course
in materials science and engineering
emphasizing mechanical and electrical
properties. It differs from available
texts in that it covers the materials of
greatest interest in most undergraduate
programs, leaving more specialized
and advanced coverage for later study.
Numerous examples and exercises are
included.
Contents: 1. Introduction; 2. Phases;
3. Diffusion; 4. Mechanical behavior;
5. Mechanical failure; 6. Annealing;
7. Iron and steel; 8. Non-ferrous metals;
9. Casting and welding; 10. Solid shaping;
11. Polymers; 12. Polymer processing;
13. Glasses; 14. Crystalline ceramics;
15. Powder processing; 16. Pottery and
concrete; 17. Composites; 18. Carbon;
19. Fibers, foams and porous materials;
20. Electrical properties; 21. Optical and
thermal properties; 22. Magnetic materials;
23. Corrosion; 24. Modern manufacturing
techniques and surface treatments and
recycling; Appendix I: Wood; Appendix II:
Miller indices for planes and directions;
Appendix III: Xray diffraction; Appendix IV:
Surfaces; Appendix V: Dislocations; Appendix
VI: Avrami kinetics; Appendix VII: Organic
chemistry; Appendix VIII: Average molecular
weight; Appendix IX: Bond geometry in
compounds; Appendix X: Weibull analysis.
2008 253 x 177 mm 296pp 243 line figures
62 halftones
978-0-521-89997-0 Hardback c. £39.99
Publication October 2008
www.cambridge.org/9780521899970
Simulating the
Physical World
Hierarchical Modeling from
Quantum Mechanics to Fluid
Dynamics
Herman J. C. Berendsen
Rijksuniversiteit Groningen, The Netherlands
From quantum mechanics to fluid
dynamics, this book systematically treats
the broad scope of computer modeling
and simulations.
2007 247 x 174 mm 624pp
978-0-521-83527-5 Hardback £40.00
New Edition
A Practical
Introduction to
the Simulation of
Molecular Systems
Second edition
Martin J. Field
Laboratoire de Dynamique Moléculaire, Grenoble
Updated edition introducing a widerange of techniques for the simulation
of molecular systems at the atomic level.
Employs Python.
Introduction to the
High Temperature
Oxidation of Metals
Second edition
Neil Birks
Gerald H. Meier
University of Pittsburgh
and Frederick S. Pettit
University of Pittsburgh
A straightforward treatment describing
the oxidation processes of metals and
alloys at elevated temperatures.
2006 247 x 174 mm 350pp 175 line figures
103 halftones 7 tables
978-0-521-48042-0 Hardback £69.00
eBook available
Structural
Nanocrystalline
Materials
Fundamentals and Applications
Carl Koch
North Carolina State University
Ilya Ovid’ko
Russian Academy of Sciences, Moscow
Sudipta Seal
University of Central Florida
and Stan Veprek
Technische Universität München
A fundamental, coherent and current
account of nanocrystalline and
nanocomposite bulk materials and
coatings.
2007 247 x 174 mm 378pp
978-0-521-85565-5 Hardback £70.00
Forthcoming
2007 247 x 174 mm 344pp 26 exercises
978-0-521-85252-4 Hardback £65.00
NMR Studies of
Translational Motion
The Superalloys
Principles and Applications
William Price
Fundamentals and Applications
Roger C. Reed
University of Birmingham
Introduction to the metallurgical
principles which have guided the
development of the superalloys, for
senior undergraduate and postgraduate
students.
2006 247 x 174 mm 388pp 225 line figures
72 halftones 18 tables 153 exercises
978-0-521-85904-2 Hardback £80.00
eBook available
University of Western Sydney
A pedagogical overview of the methods,
underlying science, and applications
of nuclear magnetic resonance
(NMR) measurements of translational
motion. With an emphasis on diffusion
measurements involving pulsed
magnetic field gradients, and a clear link
between the theory and its applications,
this is ideal for researchers, graduate
students and industry practitioners.
Contents: 1. Diffusion and its
measurement; 2. Theory of NMR diffusion
measurements; 3. PGSE measurements
in simple porous systems; 4. PGSE
measurements in complex and exchanging
systems; 5. PGSE hardware; 6. Setup
and analysis of PGSE experiments;
Materials Engineering
7. PGSE hardware and sample problems;
8. Specialised PGSE and related techniques;
9. NMR imaging studies of translational
motion; 10. B1 gradient methods;
11. Applications; Appendices; References.
Cambridge Molecular Science
2009 247 x 174 mm 300pp
978-0-521-80696-1 Hardback c. £70.00
Publication January 2009
www.cambridge.org/9780521806961
Polymer Melt
Processing
Foundations in Fluid Mechanics
and Heat Transfer
Morton Denn
City College, City University of New York
This book is on the underlying
foundations of the processing of
polymer melts, which can be derived
from relatively straightforward ideas
in fluid mechanics and heat transfer.
The level is that of an advanced
undergraduate or beginning graduate
course.
Contents: 1. Polymer processing;
2. Fundamentals; 3. Extrusion;
4. Temperature and pressure effects in
flow; 5. The thin gap approximation;
6. Quasi-steady analysis of mold filling;
7. Fiber spinning; 8. Numerical simulation;
9. Polymer melt rheology; 10. Viscoelasticity
in processing flows; 11. Stability and
sensitivity; 12. Wall slip and extrusion;
13. Structured fluids; 14. Mixing and
dispersion.
Cambridge Series in Chemical Engineering
2008 253 x 177 mm 242pp 90 line figures
43 halftones
978-0-521-89969-7 Hardback c. £50.00
Publication September 2008
www.cambridge.org/9780521899697
Dissociative
Recombination of
Molecular Ions
Mats Larsson
Stockholms Universitet
and Ann E. Orel
University of California, Davis
Dissociative recombination of molecular
ions with electrons is a complex, poorly
understood molecular process. For
the first time, theoretical concepts,
experimental methodology and
applications are united in one book
revealing the governing principles
behind the gas-phase reaction. It will
appeal to academics within physics,
physical chemistry and related sciences.
Contents: 1. Introduction; 2. Experimental
methods; 3. Theoretical methods; 4. The
H2+molecule: 5. Diatomic hydride ions;
6. Diatomic ions; 7. The H3+ molecule;
8. Polyatomic ions; 9. Related processes;
10. Applications.
Cambridge Molecular Science
2008 247 x 174 mm 390pp 134 line figures
978-0-521-82819-2 Hardback £75.00
www.cambridge.org/9780521828192
Liquid Crystalline
Polymers
Second edition
A. M. Donald
University of Cambridge
19
Laser Induced
Breakdown
Spectroscopy
Edited by Andrzej W. Miziolek
U.S. Army Research Laboratory, USA
Vincenzo Palleschi
Istituto per I Processi Chimico-Fisici, Italy
and Israel Schechter
Technion – Israel Institute of Technology, Haifa,
Israel
This is the first comprehensive reference
explaining the fundamentals of the
LIBS phenomenon, its history and its
fascinating applications.
2006 247 x 174 mm 638pp 304 line figures
27 halftones
978-0-521-85274-6 Hardback £106.00
eBook available
A. H. Windle
University of Cambridge
and S. Hanna
University of Bristol
A new edition explaining the underlying
science and applications of liquid
crystalline polymers.
2006 247 x 174 mm 604pp 178 line figures
73 halftones
978-0-521-58001-4 Hardback £53.00
Polymer Dynamics
and Relaxation
Richard Boyd
University of Utah
and Grant Smith
University of Utah
A detailed discussion on the different
types of relaxation processes and the
experimental methods used to study
them.
2007 247 x 174 mm 266pp 169 line figures
4 halftones
978-0-521-81419-5 Hardback £75.00
Computational Physics
of Carbon Nanotubes
Hashem Rafii-Tabar
Institute of Studies in Theoretical Physics and
Mathematics
Focused Ion
Beam Systems
Basics and Applications
Edited by Nan Yao
Princeton University, New Jersey
This edited volume comprehensively
covers the state-of-the-art in focused ion
beam and two beam technology.
2007 247 x 174 mm 408pp 75 line figures
121 halftones
978-0-521-83199-4 Hardback £75.00
Molecular Clusters
A Bridge to Solid-State
Chemistry
Thomas Fehlner
University of Notre Dame, Indiana
Jean-Francois Halet
University of Rennes I, France
and Jean-Yves Saillard
University of Rennes I, France
Describes the structure and bonding of
clusters with an approach to solidstate materials, effectively bridging the
conceptual gap between them.
Cambridge Molecular Science
2007 247 x 174 mm 390pp 351 line figures
59 exercises 61 worked examples
978-0-521-85236-4 Hardback £70.00
This book presents theories,
computational modeling and numerical
simulation tools required to understand
carbon nanotube physics.
2007 247 x 174 mm 504pp 137 line figures
8 halftones
978-0-521-85300-2 Hardback £70.00
eBooks available at www.cambridge.org/online
20
Materials Engineering / Aerospace Engineering
Rubberlike Elasticity
A Molecular Primer
Second edition
James E. Mark
and Burak Erman
viscoelastic fluids; 21. Purely irrotational
theories of stability of viscoelastic fluids;
22. Numerical methods for irrotational flows
of viscous fluid; Appendices; References; List
of illustrations; List of tables.
I exercises; Selected answers to part II
exercises; Selected answers to part III
exercises; Selected answers to part IV and
part V exercises; Selected answers to part VI
exercises; References.
Cambridge Aerospace Series, 21
Cambridge Aerospace Series
This expanded new edition provides
an introduction to the physical and
molecular concepts governing elastic
behaviour, particularly in elastomers.
2008 253 x 177 mm 516pp 57 tables
978-0-521-87337-6 Hardback £55.00
www.cambridge.org/9780521873376
2007 247 x 174 mm 270pp 109 line figures
21 halftones 41 exercises
978-0-521-81425-6 Hardback £70.00
Analysis of Aircraft
Structures
2008 253 x 177 mm 976pp 20 tables
437 exercises
978-0-521-86583-8 Hardback £65.00
Publication May 2008
www.cambridge.org/9780521865838
Aerospace
Engineering
Potential Flows
of Viscous and
Viscoelastic Liquids
Daniel Joseph
Georgia Institute of Technology
Toshio Funada
and Jing Wang
Traditionally, the theory of potential
flows is thought to apply to fluids
without viscosity. This book illustrates
how to apply this theory to real fluids
that are viscous.
Contents: 1. Introduction; 2. Historical
notes; 3. Boundary conditions for viscous
fluids; 4. Helmholtz decomposition coupling
rotational to irrotational flow; 5. Harmonic
functions which give rise to vorticity;
6. Radial motions of a spherical gas bubble
in a viscous liquid; 7. Rise velocity of a
spherical cap bubble; 8. Ellipsoidal model
of the rise of a Taylor bubble in a round
tube; 9. Rayleigh-Taylor instability of viscous
fluids; 10. The force on a cylinder near a
wall in viscous potential flows; 11. KelvinHelmholtz instability; 12. Irrotational
theories of gas-liquid flow: viscous
potential flow (VPF), viscous potential
flow with pressure correction (VCVPF)
and dissipation method (DM); 13. Rising
bubbles; 14. Purely irrotational theories of
the effect of the viscosity on the decay of
waves; 15. Irrotational Faraday waves on a
viscous fluid; 16. Stability of a liquid jet into
incompressible gases and liquids; 17. Stress
induced cavitation; 18. Viscous effects of
the irrotational flow outside boundary
layers on rigid solids; 19. Irrotational flows
which satisfy the compressible NavierStokes equations; 20. Irrotational flows of
Second edition
Bruce K. Donaldson
University of Maryland, College Park
This text provides clear instruction in
the fundamental concepts of structural
analysis applied to vehicular structures
such as aircraft, automobiles, ships, and
spacecraft. It employs three strategies
to achieve clarity of presentation: all
approximations are fully explained,
many important concepts are repeated,
and essential introductory topics are
covered.
Contents: Introduction to the second
edition; Introduction to the first edition;
Part I. The Fundamentals of Structural
Analysis: 1. Stress in structures;
2. Stresses and coordinate axis rotations;
3. Displacements and strains; 4. Strains
in rotated coordinate systems; 5. The
mechanical behavior of engineering
materials; 6. Linearly elastic materials;
Part II. Introduction to the Theory of
Elasticity: 7. The theory of elasticity; 8. Plane
stress theory of elasticity solutions; Part I
and part II review questions; Part III. The
Engineering Theory for Straight, Long
Beams: 9. Bending and extensional
stresses in beams; 10. Beam bending and
extensional deflections; 11. Additional
beam bending topics; 12. Uniform torsion
of beams; 13. Beam torsion approximate
solutions; Beam bending and torsion review
questions; 14. Beam shearing stresses
due to shearing forces; Part IV. Work
and Energy Principles: 15. Work and
potential energy principles; Part V. Energy
Based Numerical Solutions: 16. Precursor
numerical analyses; 17. Introduction to
the finite element method; 18. Finite
element truss problems; 19. Basic aspects
of multidimensional finite elements;
20. The unit load method for determinate
structures; 21. The unit load method for
indeterminate structures; Parts IV and V
review; Part VI. Extensions to Plate Theory
and Finite Element Applications: 22. Thin
plate theory; 23. Elastic and aeroelastic
instabilities; Selected answers to part
Analyses for
Durability and System
Design Lifetime
A Multidisciplinary Approach
Joseph H. Saleh
Massachusetts Institute of Technology
This book explores system design
lifetime problems addressing the
technicality of durability, the marginal
cost of durability, and the durability
choice problem for complex systems
with network externalities and
obsolescence. It adresses the tension
between the design lifetimes of complex
systems and the shortening time scales
associated with obsolescence.
Cambridge Aerospace Series, 23
2008 253 x 177 mm 216pp 9 tables
978-0-521-86789-4 Hardback £45.00
www.cambridge.org/9780521867894
Aerodynamics
of Low Reynolds
Number Flyers
Wei Shyy
University of Michigan, Ann Arbor
Yongsheng Lian
University of Michigan, Ann Arbor
Jian Tang
University of Michigan, Ann Arbor
Dragos Viieru
University of Michigan, Ann Arbor
and Hao Liu
Chiba University, Japan
Birds, bats, insects, and micro air vehicles
(MAVs) share many aerodynamic
features. This book focuses on the
aerodynamics associated with fixed and
flapping wings. An updated summary
of the state of the knowledge based
on both the biological and engineering
Aerospace Engineering / Mechanical Engineering
literatures, the book addresses both
fixed and flapping wing flyers.
Contents: 1. Introduction; 2. Fixed,
rigid wing aerodynamics; 3. Flexible
wing aerodynamics; 4. Flapping wing
aerodynamics.
Cambridge Aerospace Series, 22
2008 253 x 177 mm 196pp 7 tables
978-0-521-88278-1 Hardback £45.00
www.cambridge.org/9780521882781
Large-Eddy Simulation
for Acoustics
Edited by Claus Wagner
German Aerospace Center, Göttingen
Thomas Hüttl
MTU Aero Engines GmbH, München
and Pierre Sagaut
Université de Paris VI (Pierre et Marie Curie)
This book is about large-eddy simulation
(LES) used for noise reduced design and
acoustical research.
Cambridge Aerospace Series, 20
2007 253 x 177 mm 470pp 12 tables
978-0-521-87144-0 Hardback £65.00
Principles of
Turbomachinery in
Air-Breathing Engines
Erian A. Baskharone
Texas A & M University
This book is ideal for anyone interested
in turbomachinery or aerospace
propulsion.
Cambridge Aerospace Series, 18
2006 253 x 177 mm 598pp 143 exercises
978-0-521-85810-6 Hardback £75.00
Principles of Helicopter
Aerodynamics
Second edition
J. Gordon Leishman
University of Maryland, College Park
This book is a modern treatment of
aerodynamic principles of helicopters
and rotating-wing vertical lift aircraft.
Cambridge Aerospace Series, 12
2006 253 x 177 mm 864pp 11 tables
163 exercises
978-0-521-85860-1 Hardback £70.00
Elements of Numerical
Methods for
Compressible Flows
Doyle D. Knight
Rutgers University, New Jersey
The purpose of this book is to present
numerical methods for compressible
flows.
Cambridge Aerospace Series, 19
2006 253 x 177 mm 266pp 13 tables
80 exercises
978-0-521-55474-9 Hardback £55.00
Textbook
Introduction to
Aircraft Design
John P. Fielding
Cranfield University, UK
A well-illustrated and accessible
introduction to the fundamentals of civil
and military aircraft design.
Cambridge Aerospace Series, 11
1999 253 x 177 mm 277pp 182 line figures
32 halftones 39 tables
978-0-521-44319-7 Hardback £70.00
978-0-521-65722-8 Paperback £32.00
Textbook
Low-Speed
Aerodynamics
Second edition
Joseph Katz
San Diego State University
and Allen Plotkin
San Diego State University
Modern treatment of low-speed
aerodynamics, covering both theory and
computational techniques.
Cambridge Aerospace Series, 13
2001 253 x 203 mm 630pp 398 line figures
3 tables
978-0-521-66219-2 Hardback £100.00
978-0-521-66552-0 Paperback £43.00
21
Textbook
Introduction to
Structural Dynamics
and Aeroelasticity
Dewey H. Hodges
Georgia Institute of Technology
and G. Alvin Pierce
Georgia Institute of Technology
Provides an introduction to structural
dynamics and aeroelasticity, with an
emphasis on conventional aircraft.
Cambridge Aerospace Series, 15
2002 253 x 177 mm 182pp 41 line figures
17 tables 55 exercises
978-0-521-80698-5 Hardback £40.00
eBook available
Jet Propulsion
A Simple Guide to
the Aerodynamic and
Thermodynamic Design and
Performance of Jet Engines
Second edition
Nicholas Cumpsty
University of Cambridge
Updated and revised edition of
Cumpsty’s excellent introduction to jet
engines now includes noise control and
emissions.
2003 247 x 174 mm 322pp 140 line figures
3 halftones
978-0-521-54144-2 Paperback £40.00
Mechanical
Engineering
Thermal-Fluids
Engineering
Textbook
Thermodynamics
Concepts and Applications
Stephen R. Turns
Pennsylvania State University
Thermodynamics: Concepts and
Applications teaches traditional
thermodynamics, while structurally
the book introduces the thermal-fluid
sciences.
2006 279 x 215 mm 756pp 690 line figures
321 plates 41 tables 1107 exercises
978-0-521-85042-1 Hardback £43.00
Visit our website at www.cambridge.org
22
Mechanical Engineering
Textbook
Thermal-Fluid Sciences
with Multimedia Fluid
Mechanics CD-ROM
Stephen R. Turns
Pennsylvania State University
This text is an introduction to thermalfluid science including the Homsy et al.
Multimedia Fluid Mechanics.
2007 279 x 215 mm 1218pp 61 tables
1836 exercises
978-0-521-68241-1 Mixed Media
£45.00
Textbook
Thermal-Fluid Sciences
An Integrated Approach
Stephen Turns
Properties Tables
Booklet for Thermal
Fluids Engineering
Stephen Turns
Pennsylvania State University
and David Kraige
Pennsylvania State University
The tables in the booklet complement
and extend the property tables in
the appendices to Stephen Turn’s
Thermodynamics: Concepts and
Applications and Thermal-Fluid Sciences:
An Integrated Approach. In addition
to duplicating the SI tables in these
books it extends the tables to cover US
customary units as well.
2007 253 x 177 mm 230pp 79 tables
978-0-521-70922-4 Paperback £14.99
www.cambridge.org/9780521709224
Pennsylvania State University
This text is for introduction to thermalfluid science including engineering
thermodynamics, fluids, and heat
transfer.
Contents: Preface; Part I. Fundamentals:
1. Beginnings; 2 Thermodynamic properties,
property relationships and processes;
3. Conservation of mass; 4. Energy
and energy transfer; 5. Conservation of
energy; 6. Conservation of momentum;
7. Second law of thermodynamics and
some of its consequences; 8. Similitude and
dimensionless parameters; Part II. Beyond
the Fundamentals; 9. External flows: friction,
drag and heat transfer; 10. Internal flows:
friction, pressure drop and heat transfer;
11. Thermal-fluid analysis of steady-flow
devices; 12. Systems for power production,
propulsion, heating and cooling; Appendix
A. Historical timeline; Appendix B.
Thermodynamic properties of ideal gases
and carbon; Appendix C. Thermodynamics
and thermo-physical properties of air;
Appendix D. Thermodynamics properties of
H20; Appendix E. Various thermodynamic
data; Appendix F. Thermo-physical properties
of selected gases at 1 ATM; Appendix G.
Thermo-physical properties of selected
liquids; Appendix H. Thermo-physical
properties of hydrocarbon fuels; Appendix
I. Thermo-physical properties of selected
solids; Appendix J. Radiation properties
of selected materials and substances;
Appendix K. Mach number relationships for
compressible flow; Selected answers; Index.
2006 279 x 215 mm 1218pp
1120 line figures 557 plates 61 tables
1836 exercises
978-0-521-85043-8 Mixed Media
£43.00
Textbook
Fluid Dynamics with
a Computational
Perspective
Paul A. Durbin
Stanford University, California
and Gorazd Medic
Stanford University, California
In recent decades, numerical algorithms
and computer power have advanced to
the point where computer simulations
of the equations of fluid flow have
become routine. This book provides
a development of fluid flow theory
in concert with a perspective on how
computations are formulated and
effected.
Contents: 1. Introduction to viscous flow;
2. Elements of computational analysis;
3. Creeping flow; 4. Intermediate Reynolds
numbers; 5. High Reynolds number
and boundary layer; 6. Turbulent flow;
7. Compressible flow; 8. Interfaces.
are pertinent to many applications
fields – from aerospace engineering to
astrophysics and earth sciences.
2008 253 x 177 mm 425pp 123 line figures
20 halftones 27 tables
978-0-521-85548-8 Hardback c. £55.00
Publication July 2008
www.cambridge.org/9780521855488
Two-Phase Flow,
Boiling, and
Condensation
In Conventional and Miniature
Systems
S. Mostafa Ghiaasiaan
Georgia Institute of Technology
Two-Phase Flow, Boiling, and
Condensation provides balanced
coverage of two-phase flow and
phase change fundamentals, wellestablished art and science dealing with
conventional systems, and the rapidly
developing areas of microchannel flow
and heat transfer.
2008 253 x 177 mm 636pp 45 tables
175 exercises
978-0-521-88276-7 Hardback £75.00
www.cambridge.org/9780521882767
Plasma Chemistry
Alexander Fridman
Drexel University, Philadelphia
Major applications of plasma chemistry
from electronics to thermal coatings are
covered, from treatment of polymers
to fuel conversion and hydrogen
production. An extensive database on
plasma kinetics and thermodynamics
and numerical formulas for practical
calculations related to specific plasmachemical processes is also included.
2008 253 x 177 mm 362pp 66 exercises
978-0-521-85017-9 Hardback £55.00
2008 253 x 177 mm 1024pp 129 tables
165 exercises
978-0-521-84735-3 Hardback c. £85.00
Publication June 2008
www.cambridge.org/9780521847353
Homogeneous
Turbulence Dynamics
The Detonation
Phenomenon
Pierre Sagaut
Université de Paris VI (Pierre et Marie Curie)
and Claude Cambon
Ecole Centrale de Lyon
This book summarizes the most
recent theoretical, computational,
and experimental results dealing with
homogeneous turbulence dynamics.
The emphasis is on homogeneous
flows, including several interactions
(rotation, stratification, shear, shock
waves, acoustic waves, and more) which
John H. S. Lee
McGill University, Montréal
This book introduces the detonation
phenomenon to engineers and
graduate students with a background
in thermodynamics and fluid mechanics.
Classical theories of detonation waves
are presented, followed by chapters on
the unstable structure. The final chapters
Mechanical Engineering
cover wave formation, problems, and
future directions.
2008 253 x 177 mm 384pp 121 line figures
104 halftones 7 tables
978-0-521-89723-5 Hardback c. £55.00
Publication August 2008
www.cambridge.org/9780521897235
Partial Differential
Equations in Fluid
Dynamics
Isom Herron
Rensselaer Polytechnic Institute, New York
and Michael Foster
Rensselaer Polytechnic Institute, New York
This book is concerned with partial
differential equations applied to
fluids problems in science and
engineering. Designed as a text for
courses in mathematical methods in
fluid mechanics in non-mathematics
departments, it also provides tools to
explore and extend the missing steps in
analysis.
2008 253 x 177 mm 288pp 43 line figures
978-0-521-88824-0 Hardback c. £45.00
Publication September 2008
www.cambridge.org/9780521888240
Hydrodynamics
and Sound
M. S. Howe
Boston University
This is ideal as a graduate textbook and
reference in fluid mechanics.
2007 253 x 177 mm 480pp 12 tables
138 exercises
978-0-521-86862-4 Hardback £53.00
Nonlinear Continuum
Mechanics for Finite
Element Analysis
Second edition
Javier Bonet
Swansea University
and Richard D. Wood
Swansea University
Successful text considering nonlinear
geometrical behaviour and nonlinear
hyperelastic materials, and the numerics
needed to model such phenomena. For
the second edition, the authors have
added chapters on hyperelastic plastic
behaviour, and have thoroughly updated
the FLAGSHYP program, which remains
freely accessible at www.flagshyp.com.
‘… a unified introduction – can
be recommended to postgraduate
students and to researchers from
mechanical, aerospace and civil
engineering areas.’
Zentralblatt für Mathematik und ihre
Grenzgebiete
2008 247 x 174 mm 338pp 76 line figures
47 exercises 55 worked examples
978-0-521-83870-2 Hardback £50.00
www.cambridge.org/9780521838702
Molecular Models
for Fluids
Klaus Lucas
Aachen University of Technology
This book presents an interdisciplinary,
applications oriented, approach to
modern molecular models for fluids.
2007 253 x 177 mm 406pp 18 tables
28 exercises
978-0-521-85240-1 Hardback £55.00
Ship-shaped Offshore
Installations
A First Course in
Continuum Mechanics
Design, Building, and Operation
Jeom Kee Paik
Oscar Gonzalez
and Anil Kumar Thayamballi
University of Texas, Austin
and Andrew M. Stuart
University of Warwick
Thoroughly class-tested in courses
at Stanford and Warwick, this text is
suitable for applied mathematicians
and engineers and can be used with
courses or for self-study. Each chapter
contains a wealth of exercises, with
solutions to odd-numbered questions. A
complete solutions manual is available
to instructors upon request.
Pusan National University, Korea
This book is for students and designers
working on the engineering of shipshaped offshore installations.
2007 253 x 177 mm 560pp 63 tables
978-0-521-85921-9 Hardback £70.00
Textbook
Introduction to
Computational
Fluid Dynamics
Cambridge Texts in Applied Mathematics, 42
Anil W. Date
2008 228 x 152 mm 412pp 90 exercises
40 worked examples
978-0-521-88680-2 Hardback £65.00
978-0-521-71424-2 Paperback £27.99
www.cambridge.org/9780521886802
Indian Institute of Technology, Bombay
Computational
Fluid Dynamics
T. J. Chung
23
Introduction to Computational Fluid
Dynamics is a text for mechanical,
aerospace and chemical engineering
students.
2005 253 x 177 mm 398pp 131 line figures
35 tables 126 exercises
978-0-521-85326-2 Hardback £43.00
eBook available
University of Alabama, Huntsville
An authoritative text covering
elementary concepts to state-of-theart techniques in computational fluid
dynamics.
Measurement in
Fluid Mechanics
2002 253 x 177 mm 1036pp
349 line figures 28 tables
978-0-521-59416-5 Hardback £80.00
Measurement in Fluid Mechanics is an
introductory, general reference text in
experimental fluid mechanics.
Textbook
Turbulent Flows
Stavros Tavoularis
University of Ottawa
2005 253 x 177 mm 384pp 97 line figures
3 halftones 21 tables 106 exercises
978-0-521-81518-5 Hardback £48.00
Stephen B. Pope
Cornell University, New York
Graduate text on turbulent flow, an
important topic in fluid mechanics.
2000 247 x 174 mm 806pp 242 line figures
4 halftones 33 tables 384 exercises
978-0-521-59125-6 Hardback £80.00
978-0-521-59886-6 Paperback £45.00
For regular email alerts visit www.cambridge.org/alerts
24
Mechanical Engineering
Hydrodynamics
of High-Speed
Marine Vehicles
Odd M. Faltinsen
Norwegian University of Science and Technology,
Trondheim
Hydrodynamics of High-Speed Marine
Vehicles discusses how ocean waves and
the water flow affect high-speed vessels.
2006 253 x 177 mm 474pp 51 line figures
51 halftones 1 map 42 tables
978-0-521-84568-7 Hardback £59.00
eBook available
Computational
Methods for
Multiphase Flow
Edited by Andrea Prosperetti
The Johns Hopkins University
of the ILES methodology and reviews its
accomplishments.
2007 253 x 177 mm 560pp 15 tables
978-0-521-86982-9 Hardback £65.00
www.cambridge.org/9780521869829
Mechanical Efficiency
of Heat Engines
James R. Senft
University of Wisconsin, River Falls
This book presents a newly developed
general mathematical theory of the
mechanical efficiency of heat engines,
the mechanical counterpart to the
longstanding thermal efficiency analysis
of heat engines presented in classical
thermodynamics. The book completes
the basic knowledge base of heat
engine efficiency at a general level.
Worcester Polytechnic Institute, Massachusetts
2007 228 x 152 mm 192pp 6 tables
978-0-521-86880-8 Hardback £55.00
www.cambridge.org/9780521868808
A one-stop comprehensive introduction
to the computational modeling of
multiphase flows for graduate students
and researchers.
Fundamentals of
Multiphase Flow
and Gretar Tryggvason
2007 247 x 174 mm 481pp 100 line figures
5 tables
978-0-521-84764-3 Hardback £55.00
Combustion Physics
Chung K. Law
Princeton University, New Jersey
This is a graduate-level combustion
text on the fundamentals of chemically
reacting flows.
2006 253 x 177 mm 738pp 16 tables
104 exercises
978-0-521-87052-8 Hardback £55.00
eBook available
Implicit Large
Eddy Simulation
Computing Turbulent Fluid
Dynamics
Edited by Fernando F. Grinstein
Los Alamos National Laboratory
Len G. Margolin
Christopher E. Brennen
Los Alamos National Laboratory
This book describes one approach to the
numerical simulation of turbulent flows,
Implicit Large Eddy Simulation (ILES).
ILES is a relatively new approach that
combines generality and computational
efficiency with documented success
in many areas of complex fluid flow.
This book synthesizes the current
understanding of the theoretical basis
Contents: 1. Introduction; 2. Vectors and
tensors; 3. Kinematics; 4. Stress measures;
5. Conservation of mass, momenta,
and energy; 6. Constitutive equations;
7. Linearized elasticity problems; 8. Fluid
mechanics and heat transfer problems;
9. Linear viscoelasticity.
2008 253 x 203 mm 368pp 3 tables
204 exercises
978-0-521-87044-3 Hardback £40.00
www.cambridge.org/9780521870443
Engineering Design
and Kinematics
Textbook
Fundamentals of
Noise and Vibration
Analysis for Engineers
Second edition
M. P. Norton
California Institute of Technology
University of Western Australia, Perth
Fundamentals of Multiphase Flow
provides a coherent, unified treatment of
multiphase flows emphasizing physical
phenomena.
and D. G. Karczub
2005 253 x 177 mm 368pp 166 line figures
26 halftones 3 tables
978-0-521-84804-6 Hardback £52.50
Textbook
General Continuum
Mechanics
Second edition
T. J. Chung
University of Alabama, Huntsville
General Continuum Mechanics provides
an integrated and unified study of
continuum mechanics.
2007 253 x 177 mm 440pp 2 tables
90 exercises
978-0-521-87406-9 Hardback £45.00
Los Alamos National Laboratory
and William J. Rider
with examples but does not compromise
mathematically. It features applications
to problems in elasticity, fluid mechanics,
and heat transfer.
Textbook
An Introduction to
Continuum Mechanics
J. N. Reddy
Texas A & M University
This textbook reflects the modern view
that scientists and engineers should
think and work in multidisciplinary
environments. It is ideal for advanced
undergraduate and graduate students. It
introduces continuum mechanics simply
University of Western Australia, Perth
Extensively updated edition of Norton’s
classic text on noise and vibration for
students, researchers and engineers.
‘Thoroughly enjoyable, well written,
economic, and beautifully printed in
the traditional style of the Cambridge
University Press. It makes a valuable
addition to the libraries of students
and practising specialists alike.’
Applied Mechanics Reviews
Contents: Preface; Acknowledgements;
Introductory comments; 1. Mechanical
vibrations: a review of some fundamentals;
2. Sound waves: a review of some
fundamentals; 3. Interactions between
sound waves and solid structures; 4. Noise
and vibration measurement and control
procedures; 5. The analysis of noise and
vibration signals; 6. Statistical energy
analysis of noise and vibration; 7. Pipe flow
noise and vibration: a case study; 8. Noise
and vibration as a diagnostic tool; Problems;
Appendices; Answers to problems; Index.
2003 247 x 174 mm 652pp
978-0-521-49561-5 Hardback £100.00
978-0-521-49913-2 Paperback £55.00
Mechanical Engineering
Principles of
Optimal Design
Modeling and Computation
Second edition
Panos Y. Papalambros
University of Michigan, Ann Arbor
and Douglass J. Wilde
Stanford University, California
Thorough, practical coverage of latest
development in optimization theory and
practice.
‘Principles of Optimal Design by
Papalambros and Wilde is unique in
terms of its potential usefulness in
the classroom setting … Overall the
present book is an excellent text
for engineering students. it is well
organised, clearly presented and
generously illustrated … the book is
strongly recommended for everyone
who wants to learn the subject at a
gentle pace.’
Atul Bhaskar, The Aeronautical Journal
Contents: Preface; Notation; List of
symbols; 1. Optimization models; 2. Model
construction; 3. Model boundedness;
4. Interior optima; 5. Boundary optima;
6. Parametric and discrete optima; 7. Local
computation; 8. Principles and practice;
References; Author index; Subject index.
2000 228 x 152 mm 412pp 102 line figures
23 tables
978-0-521-62215-8 Hardback £80.00
978-0-521-62727-6 Paperback £38.00
Dynamics of
Multibody Systems
Third edition
Ahmed A. Shabana
University of Illinois, Chicago
Dynamics of Multibody Systems
introduces multibody dynamics, with an
emphasis on flexible body dynamics.
2005 253 x 177 mm 384pp 92 line figures
133 exercises
978-0-521-85011-7 Hardback £48.00
eBook available
Textbook
Dynamics of Particles
and Rigid Bodies
A Systematic Approach
Anil Rao
Boston University
This work is intended for students who
want a rigorous, systematic, introduction
to engineering dynamics.
Contents: 1. Introductory concepts;
2. Kinematics; 3. Kinetics of particles;
4. Kinetics of a system of particles;
5. Kinetics of rigid bodies; A. Principal-axis
moments of inertia of homogeneous bodies;
B. Identities, derivatives, integrals and
gradient; C. Answers to selected problems;
Bibliography.
2006 253 x 177 mm 524pp 11 tables
104 exercises
978-0-521-85811-3 Hardback £38.00
Nonlinear Vibrations
and Stability of
Shells and Plates
Marco Amabili
Università degli Studi, Parma
This book covers theoretical and
experimental aspects of nonlinear
vibrations and stability of shells and
plates including recent progresses
in nonlinear vibrations and stability,
advanced problems of shells with fluidstructure interaction, and many practical
concepts, diagrams, and numerical
results.
2008 253 x 177 mm 392pp 10 tables
978-0-521-88329-0 Hardback £65.00
www.cambridge.org/9780521883290
Elasticity with
Mathematica®
An Introduction to Continuum
Mechanics and Linear Elasticity
Andrei Constantinescu
Centre National de la Recherche Scientifique
(CNRS), Paris
and Alexander Korsunsky
University of Oxford
This book is intended for researchers,
engineers and students in solid
mechanics, materials science and physics
who are interested in using the power
of modern computing to solve a wide
variety of problems of both practical and
fundamental significance in elasticity.
2008 253 x 177 mm 266pp 5 tables
67 exercises
978-0-521-84201-3 Hardback £60.00
www.cambridge.org/9780521842013
25
Computational
Continuum Mechanics
Ahmed Shabana
University of Illinois, Chicago
This book presents the nonlinear
theory of continuum mechanics and
demonstrates its use in developing
nonlinear computer formulations for
large displacement dynamic analysis.
Basic concepts used in continuum
mechanics are presented and used to
develop nonlinear general finite element
formulations that can be effectively used
in large displacement analysis.
2008 253 x 177 mm 344pp 102 exercises
978-0-521-88569-0 Hardback £60.00
Publication May 2008
www.cambridge.org/9780521885690
Textbook
Engineering Dynamics
Jerry Ginsberg
Georgia Institute of Technology
This text is a modern vector oriented
treatment of classical dynamics and its
application to engineering problems.
Based on Ginsberg’s Advanced
Engineering Dynamics Second Edition,
it develops a broad spectrum of
kinematical concepts, which provide the
framework for formulations of kinetics
principles following the Newton-Euler
and analytical approaches.
2008 253 x 177 mm 738pp 414 exercises
978-0-521-88303-0 Hardback £45.00
www.cambridge.org/9780521883030
Textbook
Dynamics of Particles
and Rigid Bodies
Oliver O’Reilly
University of California, Berkeley
This book fits two full-length courses
in advanced engineering dynamics.
It contains two overlapping tracks.
During the first course a NewtonEuler approach is used, followed by a
Lagrangian approach. The text includes
structured chapter exercises as a
study aid. Solutions can be performed
in simulation using MATLAB® or
Mathematica®.
2008 253 x 177 mm 450pp 83 line figures
28 halftones
978-0-521-87483-0 Hardback c. £55.00
Publication September 2008
www.cambridge.org/9780521874830
eBooks available at www.cambridge.org/online
26
Mechanical Engineering / Biomedical Engineering
Vibration of
Axially-Loaded
Structures
Lawrence N. Virgin
Duke University, North Carolina
The book presents methods by which
the combined effects of vibration and
buckling on various structures can be
assessed. Vibrations and buckling are
usually treated separately, but here their
influence on each other is examined
together. Avoiding instability is the
primary goal of this material.
2007 253 x 177 mm 376pp 13 tables
978-0-521-88042-8 Hardback £55.00
www.cambridge.org/9780521880428
Biomedical
Engineering
computational modelling of biochemical
systems for an interdisciplinary audience.
‘There are a growing number of
physicists, engineers, mathematicians
and chemists who are interested in
joining the post-genomics party and
addressing cutting-edge problems in
molecular and cell biology. The barrier
to entry can be high and prohibitive.
This marvelous new book opens the
door for the quantitively inclined.
Beard and Qian, in an accessible
and clear style, present fundamental
methods that can be used to model
and analyze an array of biomolecular
systems and processes, ranging from
enzyme kinetics to gene regulatory
networks to cellular transport. This
book will appeal to autodidacts as
well as professors looking for course
texts.’
J. J. Collins, Professor of Biomedical Engineering
and MacArthur Fellow, Boston University
Cambridge Texts in Biomedical Engineering
Cambridge Texts
in Biomedical
Engineering
Cambridge Texts in Biomedical
Engineering provides a forum for high
quality, accessible textbooks targeted
at undergraduate and graduate
courses in biomedical engineering. It
will cover a broad range of biomedical
engineering topics from introductory
texts to advanced topics including, but
not limited to, biomechanics, physiology,
biomedical instrumentation, imaging,
signals and systems, cell engineering
and bioinformatics. The series will blend
theory and practice, aimed primarily at
biomedical engineering students but
will be suitable for broader courses in
engineering, life science and medicine.
Textbook
Chemical Biophysics
Quantitative Analysis of Cellular
Systems
Daniel A. Beard
Medical College of Wisconsin
and Hong Qian
University of Washington
Chemical Biophysics provides an
engineering-based approach to
biochemical system analysis for
graduate level courses on systems
biology, computational bioengineering
and molecular biophysics. It is the first
textbook to apply rigorous physical
chemistry principles to mathematical and
2008 247 x 174 mm 328pp 94 line figures
55 exercises
978-0-521-87070-2 Hardback £40.00
Publication May 2008
www.cambridge.org/9780521870702
Textbook
Introductory
Biomechanics
From Cells to Organisms
C. Ross Ethier
Contents: Preface; 1. Introduction;
2. Cellular biomechanics; 3. Hemodynamics;
4. The circulatory system; 5. The
interstitium; 6. Ocular biomechanics;
7. The respiratory system; 8. Muscles and
movement; 9. Skeletal biomechanics;
10. Terrestrial locomotion; Appendix A. The
electrocardiogram; Index.
Cambridge Texts in Biomedical Engineering
2007 246 x 189 mm 528pp 262 line figures
49 halftones 8 plates
978-0-521-84112-2 Hardback £45.00
Cytoskeletal Mechanics
Models and Measurements
Edited by Mohammad R. K. Mofrad
University of California, Berkeley
and Roger D. Kamm
Massachusetts Institute of Technology
This book presents views on approaches
to modeling cell mechanics. The
diversity of opinions stems from the
different backgrounds of those who
have contributed to the field. The
authors come from the biophysics,
bioengineering, and physical chemistry
communities, and each joins the
discussion with their unique perspective
on biological systems.
Cambridge Texts in Biomedical Engineering
2006 253 x 177 mm 252pp 3 tables
978-0-521-84637-0 Hardback £35.00
eBook available
University of Toronto
Commercializing
Successful Biomedical
Technologies
Essential new textbook for senior
undergraduates taking an introductory
course in biomechanics and/or
biomechanical engineering.
Basic Principles for the
Development of Drugs,
Diagnostics and Devices
Shreefal S. Mehta
University of Toronto
and Craig A. Simmons
‘Ethier and Simmons have crafted
a masterful book … Based on a
long-standing course taught to nonbioengineers, the presentation of
material is clear and straightforward.
Illustrations are of excellent quality
and rich in content. This text will
inspire many students of traditional
engineering areas to think of
biomechanics as a fertile discipline
worthy of further pursuit.’
Professor James E. Moore Jr., Ph.D.,
Department of Biomedical Engineering,
Texas A&M University
Cytopia
An indispensable guide to the
commercialization process of drug,
diagnostic and device biomedical
technology.
‘The text provides a systematic
introduction to the field that is
well suited for the classroom, with
clear organization and appropriate
weighting of the many subtopics.
The book should also help industry
engineers and managers as well as
life science entrpreneurs to better
understand the full range of steps
required to develop a medical product
and to understand the broader context
of the health technology industry.’
Paul Yock, Stanford University
Biomedical Engineering
Contents: Foreword; Glossary;
1. Biomedical device and drug design
industry and markets; 2. Markets of interest
and market research steps; 3. Intellectual
property and licensing; 4. Product
development; 5. Regulatory pathway;
6. Manufacturing; 7. Reimbursement and
distribution; Appendices: A. General sources
of information (websites, associations);
B. Alphabet soup of regulatory bodies,
regulations and standards; Index.
2008 247 x 174 mm 360pp 70 line figures
30 exercises
978-0-521-87098-6 Hardback £40.00
Textbook
Essential
Bioinformatics
Meyer B. Jackson
Jin Xiong
Advanced biophysics textbook focusing
on how physical concepts can be applied
to biological problems.
Texas A & M University
Basic Biotechnology
Third edition
Edited by Colin Ratledge
University of Hull
and Bjorn Kristiansen
EU Biotech Consulting, Norway
Comprehensive coverage of the
principles, applications and business
of biotechnology; from concept to final
product.
2006 246 x 189 mm 682pp 250 line figures
15 halftones 94 tables
978-0-521-84031-6 Hardback £75.00
978-0-521-54958-5 Paperback £37.00
Textbook
Mechanics of the Cell
David Boal
Simon Fraser University, British Columbia
A biological physics text for a
multidisciplinary audience, exploring the
architectural structure of the cell.
2001 247 x 174 mm 420pp 235 line figures
38 halftones 14 tables
978-0-521-79258-5 Hardback £96.00
978-0-521-79681-1 Paperback £47.00
Textbook
Physics in Molecular
Biology
Kim Sneppen
Niels Bohr Institutet, Copenhagen
and Giovanni Zocchi
University of California, Los Angeles
A discussion for advanced physics
students of how to use physics to model
biological systems.
2005 247 x 174 mm 320pp 80 line figures
100 halftones
978-0-521-84419-2 Hardback £42.00
eBook available
Clear, concise introduction to
bioinformatics, written specifically to be
accessible to a life science audience.
2006 253 x 177 mm 352pp 9 tables
978-0-521-84098-9 Hardback £75.00
978-0-521-60082-8 Paperback £32.00
eBook available
Textbook
Textbook
Textbook
Molecular and
Cellular Biophysics
2006 246 x 189 mm 512pp 206 line figures
10 tables
978-0-521-62441-1 Hardback £85.00
978-0-521-62470-1 Paperback £40.00
27
Systems Biology
Properties of Reconstructed
Networks
Bernhard O. Palsson
University of California, San Diego
This textbook in systems biology
describes how to model networks, how
to determine their properties and how to
relate these to phenotypic functions.
2006 253 x 177 mm 334pp
978-0-521-85903-5 Hardback £39.00
eBook available
Gene Cloning and
Manipulation
Second edition
Christopher Howe
The Emergence of Life
From Chemical Origins to
Synthetic Biology
Pier Luigi Luisi
ETH Zentrum, Switzerland
Uniquely combining biology and
philosophy, this book offers a systematic
course in the emergence of cellular life
from inanimate compounds.
2006 247 x 174 mm 332pp 131 line figures
12 halftones 11 tables
978-0-521-82117-9 Hardback £45.00
eBook available
Microarray
Bioinformatics
Dov Stekel
University of Birmingham
Fully updated edition of this concise
guide to recombinant DNA techniques
for advanced undergraduates.
A comprehensive guide to the
mathematics, statistics and computing
required to use microarrays successfully.
2007 246 x 189 mm 276pp 131 line figures
9 tables
978-0-521-81793-6 Hardback £65.00
978-0-521-52105-5 Paperback £25.99
2003 234 x 177 mm 280pp 112 line figures
4 halftones 8 plates 58 tables
978-0-521-52587-9 Paperback £32.00
Textbook
Methods in Molecular
Biophysics
eBook available
Microbial
Biotechnology
Institute of Protein Research, Moscow
Fundamentals of Applied
Microbiology
Second edition
Alexander N. Glazer
Nathan R. Zaccai
University of California, Berkeley
Structure, Dynamics, Function
Igor N. Serdyuk
University of Bristol
and Hiroshi Nikaido
and Joseph Zaccai
University of California, Berkeley
Institut de Biologie Structurale and Institut Laue
Langevine, Grenoble
An exciting interdisciplinary
undergraduate textbook covering the
rapidly developing field of microbial
biotechnology.
Advanced textbook describing the key
physical methods used in molecular
biophysics.
2007 246 x 189 mm 1136pp
400 line figures 150 plates
978-0-521-81524-6 Hardback £55.00
2007 253 x 203 mm 576pp 74 tables
978-0-521-84210-5 Hardback £35.00
For regular email alerts visit www.cambridge.org/alerts
28
Biomedical Engineering / Chemical Engineering
Textbook
New Edition
Biological
Thermodynamics
Second edition
Donald T. Haynie
Central Michigan University
Retaining its informal style Haynie’s
new edition brings students up-to-date
with recent scientific developments
encouraging them to think about the
future of an such a fast moving area.
He includes extra information on plants,
biomedical engineering and nanotechnology while emphasising basic
concepts and sharpening problemsolving skills.
‘In my opinion, the author has covered
a traditionally ‘boring field’ with vivid
description and interesting examples.
My overall impression is that this book
is comprehensive, illustrative and
up-to-date … and I would certainly
recommend it to my students.’
Prof. Yigong Shi, Department of Molecular
Biology, Princeton University
2008 246 x 189 mm 438pp 94 line figures
31 halftones 25 tables 250 exercises
978-0-521-88446-4 Hardback £70.00
978-0-521-71134-0 Paperback £29.99
Forthcoming
Bioengineering
Applications in World Health
Care
Rebecca Richards-Kortum
Chemical
Engineering
Textbook
Mass and Heat Transfer
Analysis of Mass Contactors and
Heat Exchangers
T. W. Fraser Russell
University of Delaware
Anne S. Robinson
University of Delaware
and Norman J. Wagner
University of Delaware
Cambridge Texts in Biomedical Engineering
2008 246 x 189 mm 504pp 114 halftones
978-0-521-87797-8 Hardback c. £45.00
Publication December 2008
www.cambridge.org/9780521877978
Cambridge Series in Chemical Engineering
This text allows instructors to teach a
course on heat and mass transfer that
will equip students with the pragmatic,
applied skills required by the chemical
industry. This combined presentation of
heat and mass transfer allows students
to develop a practical understanding,
while maintaining mathematical rigour,
without extensive mathematical analysis.
2008 247 x 174 mm 656pp 199 line figures
978-0-521-87121-1 Hardback c. £40.00
Publication October 2008
www.cambridge.org/9780521871211
Contents: Preface; To the student;
Acknowledgements; Instructor and readers
guide; Part I: 1. Introduction; 2. Chemical
reactor analysis; 3. Heat exchanger
analysis; 4. Mass contactor analysis;
Part II: 5. Conduction and diffusion;
6. Convection mass and heat transfer;
7. Estimation of interfacial area in mass
contactors; 8. Design case studies.
Vemuri Balakotaiah
Cambridge Series in Chemical Engineering
2008 253 x 177 mm 408pp 130 line figures
66 tables 80 exercises
978-0-521-88670-3 Hardback £40.00
www.cambridge.org/9780521886703
Rice University, Houston
An engaging, integrated overview of
contemporary technological advances
to improve human health through
the developed and developing world.
Presenting engineering in medicine with
extensive case studies, as well as the
social, ethical and regulatory constraints
which impact the practice, this is
suitable for general science courses or
introductory biomedical engineering.
of diffusion coefficients; 6. Diffusion of
interacting species; 7. Multicomponent
diffusion; Part III. Mass Transfer:
8. Fundamentals of mass transfer;
9. Theories of mass transfer; 10. Absorption;
11. Absorption in biology and medicine;
12. Differential distillation; 13. Staged
distillation; 14. Extraction; 15. Absorption;
Part IV. Diffusion Coupled with other
Processes: 16. General questions and
heterogeneous chemical reactions;
17. Homogeneous chemical reactions;
18. Membranes; 19. Controlled release
and related phenomena; 20. Heat transfer;
21. Simultaneous heat and mass transfer;
Problems; Subject index; Materials index.
Textbook
New Edition
Diffusion
Mass Transfer in Fluid Systems
Third edition
Edward Cussler
University of Minnesota
This overview of diffusion and
separation processes brings unsurpassed
clarity to this complex topic. For
students, Diffusion goes from the basics
of mass transfer and diffusion itself,
with strong support through worked
examples and student questions.
Retaining the trademark enthusiastic
style, the coverage now extends to
biology and medicine.
Contents: Preface; 1. Models for diffusion;
Part I. Fundamentals of Diffusion:
2. Diffusion in dilute solutions; 3. Diffusion
in concentrated solutions; 4. Dispersion;
Part II. Diffusion Coefficients: 5. Values
Forthcoming
Applied Nonlinear
Methods for Engineers
University of Houston
and Hsueh-Chia Chang
University of Notre Dame, Indiana
With wide ranging examples from
biological, physical sciences and
engineering, this textbook describes
the many analytical techniques applied
to solve nonlinear problems arising in
science and engineering. Designed for
one semester course use, with numerous
end of chapter exercises, this is suitable
for advanced undergraduate and
graduate courses.
Cambridge Series in Chemical Engineering
2009 247 x 174 mm 350pp
978-0-521-64135-7 Hardback c. £45.00
Publication January 2009
www.cambridge.org/9780521641357
An Introduction to
Granular Flow
K. Kesava Rao
Indian Institute of Science
and Prabhu R. Nott
Indian Institute of Science
Granular materials like sand and coal
are common in natural and industrial
settings. This book describes theories
for granular flow based mainly on
continuum models although alternative
discrete models are discussed. There are
problems at the end of the chapters to
Chemical Engineering
encourage exploration, and extensive
references are provided.
Cambridge Series in Chemical Engineering
2008 253 x 177 mm 544pp 15 tables
98 exercises
978-0-521-57166-1 Hardback c. £60.00
Publication June 2008
www.cambridge.org/9780521571661
Principles of Chemical
Separations with
Environmental
Applications
Richard D. Noble
University of Colorado, Boulder
and Patricia A. Terry
University of Wisconsin, Green Bay
New Edition
Multimedia Fluid
Mechanics
Second edition
Edited by G.M. Homsy
University of California, Santa Barbara
Inspired in large part by the very
favourable reception of the first edition,
this second edition of Multimedia
Fluid Mechanics continues to exploit
the moving image and interactivity of
multimedia to improve the teaching
and learning of fluid mechanics by
illustrating fundamental phenomena and
conveying fascinating fluid flows.
‘Homsy and his colleagues have now
provided us with a new and powerful
teaching aid... This CD is an ambitious
project, and, in my view, it has been
accomplished with remarkable success
… I have no doubt that this CD-ROM
should be regarded as a ‘set text’ for
viscous fluid mechanics courses at the
undergraduate or starting graduate
levels.’
Journal of Fluid Mechanics
2008
978-0-521-72169-1 DVD ROM c. £16.99
Publication June 2008
www.cambridge.org/9780521721691
Textbook
Advanced Transport
Phenomena
Fluid Mechanics and Convective
Transport Processes
L. Gary Leal
University of California, Santa Barbara
The book covers modern analytic
methods for solution of fluid, heat and
mass transfer problems.
Cambridge Series in Chemical Engineering
2007 253 x 177 mm 932pp 4 tables
227 exercises
978-0-521-84910-4 Hardback £75.00
An introduction to chemical separations,
focusing on their use in environmental
applications.
Cambridge Series in Chemical Engineering
2004 247 x 174 mm 336pp 22 tables
115 exercises
978-0-521-81152-1 Hardback £90.00
978-0-521-01014-6 Paperback £47.00
The Potential
Distribution Theorem
and Models of
Molecular Solutions
Tom L. Beck
University of Cincinnati
Michael E. Paulaitis
The Johns Hopkins University
29
Calculated Risks
The Toxicity and Human Health
Risks of Chemicals in our
Environment
Second edition
Joseph V. Rodricks
This fully revised and updated edition
provides a balanced view on toxicology,
risk assessment and management.
2006 228 x 152 mm 358pp 40 line figures
978-0-521-78308-8 Hardback £50.00
978-0-521-78878-6 Paperback £22.99
eBook available
Van der Waals Forces
A Handbook for Biologists,
Chemists, Engineers, and
Physicists
V. Adrian Parsegian
National Institute of Child Health and Human
Development, Maryland
How to calculate van der Waals forces
under any circumstances and conditions.
2006 253 x 177 mm 394pp
978-0-521-54778-9 Paperback £32.00
978-0-521-83906-8 Hardback £75.00
and Lawrence R. Pratt
Los Alamos National Laboratory
This book explains molecular solution
modeling utilising the potential
distribution theorem.
Forthcoming
Many-Body Methods in
Quantum Chemistry
2006 247 x 174 mm 244pp 67 line figures
9 tables 116 exercises
978-0-521-82215-2 Hardback £69.00
Isaiah Shavitt
eBook available
University of Florida
Colloidal Particles at
Liquid Interfaces
Edited by Bernard P. Binks
University of Hull
and Tommy S. Horozov
University of Hull
Discusses how small solid particles
operate at liquid interfaces.
2006 247 x 174 mm 518pp 142 line figures
88 halftones
978-0-521-84846-6 Hardback £85.00
Textbook
Numerical Methods for
Chemical Engineering
Applications in MATLAB
Kenneth J. Beers
Massachusetts Institute of Technology
Applications of numerical mathematics
and scientific computing to chemical
engineering.
2006 247 x 174 mm 486pp 151 line figures
18 tables 87 exercises
978-0-521-85971-4 Hardback £45.00
University of Illinois, Urbana-Champaign
and Rodney Bartlett
Molecular and atomic interactions are
explored using many-body quantum
mechanical theory. This book is the first
unified treatment describing the popular
many-body-perturbation theory (MBPT)
and coupled-cluster (CC) quantum
mechanical theory. It introduces an
unambiguous approach, teaching the
reader to understand and confidently
derive relevant equations for current
methods.
Cambridge Molecular Science
2009 247 x 174 mm 450pp 17 tables
978-0-521-81832-2 Hardback c. £70.00
Publication January 2009
www.cambridge.org/9780521818322
Product Innovation
Leading Change through
Integrated Product Development
David L. Rainey
Rensselaer, Hartford
Increasing pressures to produce new
products faster and cheaper are
resulting in huge efforts to streamline
and restructure the traditional new
Visit our website at www.cambridge.org
30
Chemical Engineering / Structural Dynamics/Civil Engineering / Engineering Mathematics and Programming
product development (NPD) process.
This book focuses on product innovation
from an Integrated Product Development
(IPD) perspective, using leading-edge
methods and techniques.
From the hardback review: ‘…
recommended as a textbook at
postgraduate studies within the MBA
programme.’
Management
2005 247 x 174 mm 640pp 81 tables
978-0-521-84275-4 Hardback £57.00
www.cambridge.org/9780521842754
eBook available
5. Damped structural systems; 6. Natural
frequencies and mode shapes; 7. The modal
transformation; 8. Continuous dynamic
models; 9. Numerical integration of the
equations; Appendix I; Appendix II; Index.
Cambridge Aerospace Series
2006 253 x 177 mm 566pp 2 tables
85 exercises
978-0-521-86574-6 Hardback £70.00
www.cambridge.org/9780521865746
eBook available
Textbook
Basic Structural Theory
Jacques Heyman
University of Cambridge
Structural
Dynamics/Civil
Engineering
Dynamic Stability
of Structures
Wei-Chau Xie
University of Waterloo, Ontario
This book explores the theory of
parametric stability of structures under
deterministic and stochastic loadings.
2006 253 x 177 mm 448pp 22 exercises
978-0-521-85266-1 Hardback £70.00
Introduction to
Structural Dynamics
Bruce K. Donaldson
University of Maryland, College Park
This textbook fits a one semester
aerospace, civil, and mechanical
engineering course on linear structural
dynamics analysis for advanced
undergraduates and graduate students.
Topics beyond the normal scope are
designated by an asterisk. The final
chapters can be deferred for later
studies. The text contains numerous
examples and end-of-chapter exercises.
Contents: Preface for student; Preface
for instructor; 1. The Lagrange equations
of motion; 2. Mechanical vibrations:
practice using the Lagrange equations;
3. Review of the basics of the finite element
method for simple elements; 4. FEM
equations of motion for elastic systems;
The theoretical basis by which the
strength, stiffness, and stability of
a building can be understood is
fundamental for students, structural
engineers, and architects. This book
presents structural theory, rather than
a review of calculation techniques.
Examples are deliberately kept simple,
and mathematical foundations are
sketched in three short appendices.
Contents: 1. Introduction; 2. Strength;
3. Stiffness; 4. Elastic analysis; 5. Stability;
Appendix A. Virtual work; Appendix B. The
plastic theorems; Appendix C. Buckling
calculations.
2008 216 x 138 mm 160pp 62 line figures
5 tables
978-0-521-89794-5 Hardback c. £30.00
Publication June 2008
www.cambridge.org/9780521897945
New in Paperback
Plastic Design
of Frames
Applications
J. Heyman
Understanding the theory of structures
is fundamental to structural engineers
and architects. Plastic Design of Frames;
Volume 1. Fundamentals provides a
broad introduction to the mathematics
behind a range of structural processes.
This companion book Plastic Design of
Frames; Volume 2. Applications provides
additional advanced topics and case
studies.
‘This well produced book can be
warmly recommended.’
Civil Engineering
2008 228 x 152 mm 300pp 38 tables
68 exercises
978-0-521-73087-7 Paperback c. £18.99
Publication June 2008
www.cambridge.org/9780521730877
New in Paperback
Elements of
Stress Analysis
Jacques Heyman
This book discusses problems in
elasticity theory which are not always
dealt with satisfactorily in standard
texts. This book discusses many of the
less straightforward pieces of structural
analysis in a simple and straightforward
way. It also gives an account of the basic
variables in stress analysis.
Contents: 1. The stress tensor; 2. The
plastic limit; 3. The analysis of strain;
4. The elastic constants; 5. Equilibrium and
compatibility; 6. Two-dimensional problems;
7. Simple theory of bending; 8. Torsion.
2008 228 x 152 mm 116pp
978-0-521-73088-4 Paperback c. £15.99
Publication June 2008
www.cambridge.org/9780521730884
Engineering
Mathematics
and
Programming
New Edition
Numerical Recipes
The Art of Scientific Computing
Third edition
William H. Press
University of Texas, Austin
Saul A. Teukolsky
Cornell University, New York
William T. Vetterling
ZINK Imaging. LLC
and Brian P. Flannery
Exxon Mobil Corporation
The essential text and reference for
modern scientific computing now
also covers computational geometry,
classification and inference, and much
more.
‘This monumental and classic work is
beautifully produced and of literary
as well as mathematical quality. It is
an essential component of any serious
scientific or engineering library.’
Computing Reviews
Contents: 1. Preliminaries; 2. Solution of
linear algebraic equations; 3. Interpolation
and extrapolation; 4. Integration of
functions; 5. Evaluation of functions;
6. Special functions; 7. Random numbers;
8. Sorting and selection; 9. Root finding
Engineering Mathematics and Programming
and nonlinear sets of equations;
10. Minimization or maximization of
functions; 11. Eigensystems; 12. Fast
Fourier transform; 13. Fourier and
spectral applications; 14. Statistical
description of data; 15. Modeling of
data; 16. Classification and inference;
17. Integration of ordinary differential
equations; 18. Two point boundary value
problems; 19. Integral equations and inverse
theory; 20. Partial differential equations;
21. Computational geometry; 22. Lessnumerical algorithms; References.
2007 253 x 177 mm 1256pp 37 tables
978-0-521-88068-8 3rd Edition £45.00
New Edition
Numerical Recipes
Source Code CD-ROM
The Art of Scientific Computing
Third edition
William H. Press
University of Texas, Austin
Saul A. Teukolsky
Cornell University, New York
William T. Vetterling
Polaroid Corporation, Cambridge, Massachusetts
and Brian P. Flannery
Exxon Research and Engineering, New Jersey
This CDROM contains complete source
code in C++ for the brand-new
Numerical Recipes, Third Edition, plus
source code from all earlier editions.
2007
978-0-521-70685-8 3rd Edition £45.00
New Edition
Numerical Recipes with
Source Code CD-ROM
The Art of Scientific Computing
Third edition
William H. Press
University of Texas, Austin
Saul A. Teukolsky
Practical Design
Verification
A First Course in
Fourier Analysis
Dhiraj K. Pradhan
Second edition
David W. Kammler
University of Bristol
and Ian G. Harris
University of California, Irvine
This practitioner handbook describes
the latest verification tools and
methodologies as applied in industry.
Written from a user perspective rather
than from a developer standpoint,
detailed treatments of the most widely
and accepted and supported verification
approaches, such as model checking,
equivalence checking, and simulationbased validation, are provided.
2008 247 x 174 mm 300pp
978-0-521-85972-1 Hardback c. £45.00
Publication December 2008
www.cambridge.org/9780521859721
Numerical Solution
of Hyperbolic Partial
Differential Equations
John A. Trangenstein
Duke University, North Carolina
Numerical Solution of Hyperbolic Partial
Differential Equations is a new type of
graduate textbook, comprising print, and
interactive electronic components (on
CD). It is a comprehensive presentation
of the modern theory and numerics with
a range of applications broad enough to
engage most engineering disciplines and
many areas of applied mathematics.
2008 247 x 174 mm 616pp 113 line figures
2 tables 141 exercises 56 worked examples
978-0-521-87727-5 Hardback £40.00
Publication May 2008
www.cambridge.org/9780521877275
A First Course
in Statistical
Programming with R
Cornell University, New York
W. John Braun
William T. Vetterling
University of Western Ontario
Zink Imaging, Cambridge, Massachusetts
and Duncan J. Murdoch
and Brian P. Flannery
University of Western Ontario
Exxon Mobil Corporation, New Jersey
The only introduction you’ll need to start
programming in R. Co-written by one
of the R Core Development Team, and
by an established R author, the book
includes real R code that complies with
the standards of the language. Exercises
and end-of-chapter reviews help you
progress confidently through the book.
The complete Numerical Recipes 3rd
edition book/CD bundle, with a hundred
new routines, 2 new chapters and much
more.
2007 253 x 177 mm 1256pp
978-0-521-88407-5 3rd Edition £80.00
2007 246 x 189 mm 174pp 39 line figures
160 exercises 64 worked examples
978-0-521-87265-2 Hardback £60.00
978-0-521-69424-7 Paperback £24.99
www.cambridge.org/9780521872652
31
Southern Illinois University, Carbondale
Introducing applied mathematics
through Fourier analysis, this book
develops a unified theory of discrete
and continuous Fourier analysis, the
fast Fourier transform, and a powerful
elementary theory of generalized
functions and shows how these
mathematical ideas can be used to
study sampling theory, PDEs, probability,
diffraction, musical tones, and wavelets.
2008 246 x 189 mm 864pp 200 line figures
11 halftones 3 tables 5 music examples
545 exercises 240 worked examples
978-0-521-88340-5 Hardback £80.00
978-0-521-70979-8 Paperback £40.00
www.cambridge.org/9780521883405
Hilbert Transforms
Fred King
University of Wisconsin, Eau Claire
Written in a style that suits a wide
audience (including physical sciences),
this book will become the reference
of choice on the Hilbert transform,
whatever the subject background of
the reader. It explains all the common
Hilbert transforms, mathematical
techniques for evaluating them, and has
detailed discussions of their application.
Contents: Preface; 1. Introduction;
2. Review of some background
mathematics; 3. Derivation of the Hilbert
transform relations; 4. Some basic properties
of the Hilbert transform; 5. Relationship
of the Hilbert transform to some common
transforms; 6. The Hilbert transform of
periodic functions; 7. Inequalities for the
Hilbert transforms; 8. Asymptotic behavior of
the Hilbert transform; 9. Hilbert transforms
of some special functions; 10. Hilbert
transforms involving distributions; 11. The
finite Hilbert transform; 12. Some singular
integral equations; 13. Discrete Hilbert
transforms; 14. Numerical evaluation of
Hilbert transforms; 15. Hilbert transforms
involving distributions; 16. Some further
extensions of the classical Hilbert
transforms; 17. Linear systems and causality;
18. The Hilbert transform of waveforms
and signal processing; 19. Kramers-Kronig
relations; 20. Dispersion relations for some
linear optical properties; 21. Dispersion
relations for magneto-optical and natural
optical activity; 22. Dispersion relations
for nonlinear optical properties; 23. Some
eBooks available at www.cambridge.org/online
32
Engineering Mathematics and Programming
further applications of Hilbert transforms;
Appendix 1. Table of selected Hilbert
transforms; Appendix 2. Atlas of selected
Hilbert transform pairs; References; Author
index; Notational index; Subject index.
Encyclopedia of Mathematics and its
Applications
2008 234 x 156 mm 800pp 131 line figures
978-0-521-88762-5 Hardback c. £75.00
Publication November 2008
www.cambridge.org/9780521887625
Open Source
Technology and Policy
Fadi P. Deek
New Jersey Institute of Technology
and James A. M. McHugh
New Jersey Institute of Technology
The open source movement is a
worldwide attempt to keep the
scientific advances created by software
development openly available for
everyone to understand and improve
upon. This book addresses prominent
projects in the open source movement,
along with its enabling technologies,
social characteristics, legal issues,
business venues, and public and
educational roles.
Contents: 1. Introduction; Part I. Open
Source – Internet Infrastructure, Platforms,
and Technologies: 2. Open source Internet
application projects; 3. The open source
platform; 4. Technologies underlying
open source development; Part II. Social,
Psychological, Legal, and Economic
Aspects of Open Source: 5. Demographics,
sociology, and pyschology of open source
development; 6. Legal issues in open
source; 7. The economics of open source;
Part III. Free Software: The Movement, the
Public Sector, and the Future: 8. The GNU
project and the free software foundation;
9. Open source in the public sector; 10. The
future of the open source movement.
2008 228 x 152 mm 382pp
978-0-521-88103-6 Hardback £50.00
978-0-521-70741-1 Paperback £18.99
www.cambridge.org/9780521881036
Probability and
Information
An Integrated Approach
Second edition
David Applebaum
University of Sheffield
This updated, popular introduction
to probability theory and information
theory, only requiring knowledge of
basic calculus, contains new material
on Markov chains. Topics covered
include statistical inference, random
walks, statistical mechanics and
communications modelling. Examples
and exercises illustrate practical
applications with detailed solutions
to most exercises available online for
instructors.
Reviews for the first edition:
‘I found the book interesting and
entertaining … The level of difficulty
of the material is well judged …’
D. A. Stephens, The Statistician
2008 246 x 189 mm 250pp 65 line figures
3 tables 240 exercises 105 worked examples
978-0-521-89904-8 Hardback c. £65.00
Publication June 2008
www.cambridge.org/9780521899048
Adaptive Control
Tutorial
Petros Ioannou
University of Southern California
and Bar p Fidan
Australian National University, Canberra
Presents the design, analysis, and
application of algorithms for managing
dynamical systems with unknown
parameters. Appropriate for Masters and
PhD-level students as well as engineers
and mathematicians. Balances rigour
with practice. Online examples are
available, as is a solutions manual for
teachers.
Advances in Design and Control, 11
2007 228 x 152 mm 400pp
978-0-89871-615-3 Paperback £55.00
www.cambridge.org/9780898716153
Finite Difference
Methods for
Ordinary and Partial
Differential Equations
Steady-State and Timedependent Problems
Randall LeVeque
University of Washington
This book introduces finite difference
methods for both ordinary differential
equations (ODEs) and partial differential
equations (PDEs) and discusses the
similarities and differences between
algorithm design and stability analysis
for different types of equations. The
author provides a foundation from
which students can approach more
advanced topics.
2007 247 x 174 mm 350pp 120 exercises
62 worked examples
978-0-89871-629-0 Paperback £35.00
www.cambridge.org/9780898716290
Linear Programming
with MATLAB
Michael C. Ferris
University of Wisconsin, Madison
Olvi L. Mangasarian
University of Wisconsin, Madison
and Stephen J. Wright
University of Wisconsin, Madison
A self-contained introduction to
linear programming using MATLAB®
software to elucidate the development
of algorithms and theory. Exercises
are included in each chapter, and
additional information is provided in two
appendices and an accompanying Web
site. Only a basic knowledge of linear
algebra and calculus is required.
MPS-SIAM Series on Optimization, 7
2008 247 x 174 mm 280pp
978-0-89871-643-6 Paperback £23.99
www.cambridge.org/9780898716436
Numerical Computing
with Simulink
Creating Simulations
Volume 1
Richard J. Gran
Mathematical Analysis Co., Massachusetts
An introduction to computer-aided
system design with Simulink®: a robust,
accurate, and easily used simulation
tool. The author provides a tour of the
Simulink environment that shows how
to develop a system model and execute
the design steps needed to make
the model into a functioning design
laboratory.
Contents: List of figures; List of tables;
Preface; 1, Introduction to Simulink;
2. Linear differential equations, matrix
algebra and control systems; 3. Nonlinear
differential equations; 4. Digital signal
processing in Simulink; 5. Random numbers,
white noise and stochastic processes;
6. Modeling a partial differential equation
in Simulink; 7. Stateflow – a tool for
creating and coding state diagrams,
complex logic, event driven actions and
finite state machines; 8. Physical modeling
– SimPowerSystems and SimMechanics;
9. Putting everything together: using
Simulink in a system design process;
10. Conclusion – thoughts about broad
based knowledge; Bibliography; Index.
2008 247 x 174 mm 340pp
978-0-89871-637-5 Paperback £45.00
www.cambridge.org/9780898716375
Engineering Mathematics and Programming
Textbook
Mathematical
Methods for Physics
and Engineering
A Comprehensive Guide
Third edition
K. F. Riley
University of Cambridge
M. P. Hobson
University of Cambridge
and S. J. Bence
Highly acclaimed undergraduate
textbook teaches all the mathematics for
undergraduate courses in the physical
sciences.
2006 247 x 174 mm 1362pp
235 line figures 820 exercises
978-0-521-86153-3 Hardback £85.00
978-0-521-67971-8 Paperback £37.00
The Art of Molecular
Dynamics Simulation
The Cambridge
Dictionary of Statistics
Second edition
D. C. Rapaport
Third edition
B. S. Everitt
Bar-Ilan University, Israel
King’s College London
New edition of successful book on
molecular dynamics simulation.
Easy access to simple, reliable definitions
and explanations of modern statistical
and statistics-related concepts.
From reviews of the first edition:
‘The book is very thorough … wideranging, clearly written and easy
to follow … All in all a most useful
book. I recommend it strongly to all
researchers involved with molecular
dynamics.’
M. G. B. Drew, Computers and Chemistry
2004 247 x 174 mm 564pp 65 line figures
4 halftones 23 tables 92 exercises
978-0-521-82568-9 Hardback £52.50
eBook available
eBook available
Data Analysis and
Graphics Using R
An Example-based Approach
Second edition
John Maindonald
Australian National University, Canberra
and John Braun
University of Western Ontario
Emphasising hands-on analysis,
graphical display and interpretation
of data, this is a guide to the practical
tools that the R system provides. A
website provides computer code and
data sets, allowing readers to reproduce
all analyses. For research scientists,
final-year undergraduate or graduate
students of applied statistics, and
practising statisticians.
From reviews of previous edition:
‘I would strongly recommend the book
to scientists who have already had a
regression or a linear models course
and who wish to learn to use R … an
easy-to-read and an understandable
reference on the use of R for practical
data analysis.’
R News
Cambridge Series in Statistical and
Probabilistic Mathematics, 10
2007 247 x 174 mm 528pp 12 plates
50 tables 150 exercises
978-0-521-86116-8 Hardback £43.00
33
2006 247 x 174 mm 442pp
978-0-521-86039-0 Hardback £45.00
978-0-521-69027-0 Paperback £19.99
eBook available
Constraint Logic
Programming
using Eclipse
Krzysztof R. Apt
Stichting Centrum voor Wiskunde en Informatica
(CWI), Amsterdam
and Mark Wallace
New in Paperback
Wavelet Methods for
Time Series Analysis
Donald B. Percival
University of Washington
and Andrew T. Walden
Imperial College of Science, Technology and
Medicine, London
This book contains detailed descriptions
of the theory and algorithms needed
to understand and implement discrete
wavelet transforms.
Cambridge Series in Statistical and
Probabilistic Mathematics, 4
2006 253 x 177 mm 620pp 24 tables
119 exercises
978-0-521-68508-5 Paperback £29.99
Principles of
Statistical Inference
D. R. Cox
Monash University, Victoria
This textbook offers an introduction
to the Eclipse system and a guide
to problem-solving for students and
practitioners alike.
‘… a valuable addition to the canon of
CP texts. It provides a well-exampled
introduction to ECLi PSe as its CP
language.’
Peter J. Stuckey,
Theory and Practice of Logic Programming
2006 247 x 174 mm 348pp 6 tables
49 exercises
978-0-521-86628-6 Hardback £35.00
New
Saddlepoint
Approximations
with Applications
Ronald W. Butler
Nuffield College, Oxford
Southern Methodist University, Texas
The comprehensive, balanced account
of the theory of statistical inference, its
main ideas and controversies.
Explains in simple language how
saddlepoint approximations make
computations of probabilities tractible
for complex models. No previous
background in the area is required
as the book introduces the subject
from the very beginning. Many real
data examples show the methods at
work. For statisticians, biostatisticians,
electrical engineers, econometricians,
and applied mathematicians.
2006 228 x 152 mm 236pp
978-0-521-86673-6 Hardback £45.00
978-0-521-68567-2 Paperback £20.99
Planning Algorithms
Steven M. LaValle
University of Illinois, Urbana-Champaign
A coherent source for applications
including robotics, computational
biology, graphics, manufacturing,
aerospace applications and medicine.
2006 253 x 177 mm 842pp 304 exercises
978-0-521-86205-9 Hardback £35.00
Cambridge Series in Statistical and
Probabilistic Mathematics, 22
2007 253 x 177 mm 576pp 130 line figures
1 halftone 120 tables 283 exercises
76 worked examples
978-0-521-87250-8 Hardback £48.00
eBook available
Visit our website at www.cambridge.org
34
Engineering Mathematics and Programming / Technology Management
Spline Functions
on Triangulations
Ming-Jun Lai
University of Georgia
and Larry L. Schumaker
Vanderbilt University, Tennessee
Spline functions are universally
recognized as highly effective tools in
approximation theory, computer-aided
geometric design, image analysis,
and numerical analysis. A detailed
mathematical treatment of polynomial
splines on triangulations is outlined
in this text, providing a basis for
developing practical methods for using
splines in numerous application areas.
Encyclopedia of Mathematics and its
Applications, 110
2007 234 x 156 mm 608pp 83 line figures
32 halftones 12 tables 41 worked examples
978-0-521-87592-9 Hardback £70.00
www.cambridge.org/9780521875929
Data Structures and
Algorithms Using C#
Michael McMillan
Pulaski Technical College, Arkansas
The first comprehensive tutorial and
reference for C# implementation of data
structures and algorithms found in the
.NET Framework library, in addition to
those developed by the programmer.
Coverage includes arrays and array lists,
linked lists, hash tables, dictionaries,
trees, graphs, sorting and searching
algorithms, probabilistic algorithms and
dynamic programming.
2007 253 x 177 mm 366pp 11 tables
67 exercises
978-0-521-67015-9 Paperback £23.99
Combinatorics
and Probability
Edited by Graham Brightwell
London School of Economics and Political
Science
Imre Leader
University of Cambridge
Alex Scott
University of Oxford
and Andrew Thomason
University of Cambridge
In a highly distinguished career Béla
Bollobás has made, and continues to
make, many significant contributions
to combinatorics. This volume provides
a wealth of insight to the current state
of the art in the wide range of topics
on which his work has had a major
influence.
2007 247 x 174 mm 660pp 31 line figures
4 tables 6 exercises 7 worked examples
978-0-521-87207-2 Hardback £60.00
www.cambridge.org/9780521872072
Business Performance
Measurement
Unifying Theory and Integrating
Practice
Second edition
Edited by Andy Neely
Cranfield University, UK
Technology
Management
Major update of the wide-ranging
review of performance measurement,
with ten new chapters covering
accounting, marketing, supply-chain
management and more.
Cracking the Ad Code
2007 247 x 174 mm 528pp 13 tables
978-0-521-85511-2 Hardback £45.00
Jacob Goldenberg
Ammon Levav
David Mazursky
and Sorin Solomon
Cracking the Ad Code is a fascinating
exploration of the observation that most
successful adverts can be classified
into a number of distinct patterns. The
authors describe these creativity tools,
and show how they can be used both to
predict which adverts will succeed and
to generate more effective adverts.
2009 247 x 174 mm 200pp
978-0-521-85905-9 Hardback c. £50.00
Publication January 2009
www.cambridge.org/9780521859059
Creating Agile
Business Systems with
Reusable Knowledge
A. Mitra
and A. Gupta
University of Arizona
The authors describe how business
knowledge can be identified,
encapsulated and shared using a
modular approach to building business
systems.
2007 247 x 174 mm 404pp
978-0-521-85163-3 Hardback £60.00
An Executive’s Guide
to Information
Technology
Lean Evolution
Principles, Business Models, and
Terminology
Robert Plant
Nicola Bateman
University of Miami
and Stephen Murrell
University of Miami
This is an A-Z compendium of over 200
information technology terms written for
the non-technical executive.
2007 384pp
978-0-521-85336-1 Hardback £35.00
Competing for
the Future
How Digital Innovations are
Changing the World
Henry Kressel
Warburg Pincus LLC
With Thomas V. Lento
An explanation of how digital
technology works, why it matters and
how it is financed.
2007 228 x 152 mm 422pp 97 line figures
5 halftones 16 tables
978-0-521-86290-5 Hardback £17.99
Lessons from the Workplace
Nick Rich
Cardiff University
Cardiff University
Ann Esain
Cardiff University
Lynn Massey
Cardiff University
and Donna Samuel
Cardiff University
Shows how lean thinking can be applied
in practice, highlighting key challenges.
For managers and business students.
2006 247 x 174 mm 226pp 60 line figures
978-0-521-84344-7 Hardback £38.00
eBook available
Technology Management / General Engineering
Textbook
Enterprise Resource
Planning Systems
Systems, Life Cycle, Electronic
Commerce, and Risk
Daniel E. O’Leary
University of Southern California
An examination of the pros and cons
of ERP systems and their role in ecommerce.
2000 228 x 152 mm 240pp 27 line figures
978-0-521-79152-6 Hardback £37.00
Innovation on Demand
Service Orientation
New Product Development Using
TRIZ
Victor Fey
Winning Strategies and Best
Practices
Paul Allen
With contributions by Sam Higgins
Paul McRae
and Hermann Schlamann
Wayne State University
and Eugene Rivin
Wayne State University
Describes how TRIZ can help you find
better, more innovative solutions to your
design problems.
2005 247 x 174 mm 254pp 221 line figures
1 halftone 11 tables 23 exercises
978-0-521-82620-4 Hardback £40.00
eBook available
Creativity in Product
Innovation
Jacob Goldenberg
Hebrew University of Jerusalem
and David Mazursky
Hebrew University of Jerusalem
Creativity in Product Innovation
describes a remarkable new technique
for improving creativity in product
design.
2002 247 x 174 mm 238pp 55 line figures
15 halftones
978-0-521-80089-1 Hardback £55.00
978-0-521-00249-3 Paperback £34.00
Second-Wave
Enterprise Resource
Planning Systems
Implementing for Effectiveness
Edited by Graeme Shanks
University of Melbourne
Peter B. Seddon
University of Melbourne
and Leslie P. Willcocks
University of Warwick
Offshoring Information
Technology
Sourcing and Outsourcing to a
Global Workforce
Erran Carmel
American University, Washington DC
and Paul Tjia
An accessible introduction to service
orientation, showing how it works and
highlighting the benefits it can deliver.
2006 247 x 174 mm 360pp 102 line figures
53 tables
978-0-521-84336-2 Hardback £34.00
eBook available
General
Engineering
GPI Consultancy, The Netherlands
The Art of Lecturing
This book explains everything you
need to know to put IT offshoring
(outsourcing overseas) into practice.
A Practical Guide to Successful
University Lectures and Business
Presentations
Parham Aarabi
2005 247 x 174 mm 306pp 36 line figures
5 halftones 18 tables
978-0-521-84355-3 Hardback £37.00
eBook available
Mastering Your
Organization’s
Processes
A Plain Guide to BPM
John O’Connell
Portrait Software plc, Henley-on-Thames and
Clarity Commerce Solutions, Salisbury
Jon Pyke
The Process Factory, Weybridge and Global 360,
Dallas
University of Toronto
An accessible, example-based guide
to effective strategies for exciting and
successful academic and business
lectures.
2007 228 x 152 mm 170pp
978-0-521-87610-0 Hardback £38.00
978-0-521-70352-9 Paperback £12.99
Reporting Results
A Practical Guide for Engineers
and Scientists
David C. Van Aken
University of Missouri, Rolla
and William Hosford
How to get the most out of Enterprise
Resource Planning (ERP) systems.
and Roger Whitehead
Office Futures, Oxted
University of Michigan, Ann Arbor
2003 247 x 174 mm 468pp 50 line figures
978-0-521-81902-2 Hardback £48.00
Book assisting understanding and
implementation of Business Process
Management for managers and MBA
students.
This brief guide is ideal for science and
engineering students and professionals
to help them communicate technical
information clearly, accurately, and
effectively. It focuses on common
communication forms, including
laboratory reports, research articles,
and oral presentations. It is ideal as
a reference on stylistic and grammar
issues throughout a technical career.
The Outsourcing
Process
Strategies for Evaluation and
Management
Ronan McIvor
University of Ulster
This book provides a framework for
an up-to-date understanding of the
outsourcing process.
2005 247 x 174 mm 338pp 31 line figures
27 tables
978-0-521-84411-6 Hardback £43.00
2006 247 x 174 mm 290pp 57 line figures
3 tables
978-0-521-83975-4 Hardback £32.00
35
2008 216 x 138 mm 160pp 38 line figures
16 halftones 18 tables
978-0-521-89980-2 Hardback c. £25.00
978-0-521-72348-0 Paperback c. £12.99
Publication July 2008
www.cambridge.org/9780521899802
eBook available
For regular email alerts visit www.cambridge.org/alerts
36
General Engineering
A Student’s Guide to
Maxwell’s Equations
Daniel Fleisch
Wittenberg University, Ohio
Maxwell’s equations are four of
the most influential equations in
science. In this book, each equation
is the subject of an entire chapter,
making it a wonderful resource for
undergraduate and graduate courses in
electromagnetism and electromagnetics.
Audio podcasts and solutions to the
problems are available at
www.cambridge.org/9780521701471.
2008 228 x 152 mm 144pp 32 line figures
31 halftones 39 exercises
978-0-521-70147-1 Paperback £14.99
978-0-521-87761-9 Hardback £40.00
www.cambridge.org/9780521701471
Convex Optimization
Stephen Boyd
Stanford University, California
and Lieven Vandenberghe
Textbook
A Guide to MATLAB
For Beginners and Experienced
Users
Second edition
Brian R. Hunt
University of Maryland, College Park
Ronald L. Lipsman
University of Maryland, College Park
Jonathan M. Rosenberg
University of Maryland, College Park
Kevin R. Coombes
University of Texas
John E. Osborn
University of Maryland
and Garrett J. Stuck
University of Maryland, College Park
This is a short, focused introduction to
MATLAB 7.
2006 247 x 174 mm 416pp 145 line figures
39 exercises 9 worked examples
978-0-521-85068-1 Hardback £80.00
978-0-521-61565-5 Paperback £29.99
eBook available
University of California, Los Angeles
A comprehensive introduction to the
tools, techniques and applications of
convex optimization.
MATLAB Guide
2004 246 x 189 mm 730pp 337 exercises
978-0-521-83378-3 Hardback £47.00
University of Strathclyde
Textbook
An Introduction
to Uncertainty in
Measurement
Using the GUM (Guide to the
Expression of Uncertainty in
Measurement)
L. Kirkup
University of Technology, Sydney
and R. B. Frenkel
National Measurement Institute, Lindfield,
Sydney
Guide to international guidelines for
calculating and expressing uncertainty,
for students and professionals in
science/engineering.
2006 247 x 174 mm 248pp 95 line figures
5 halftones 30 tables 35 exercises
978-0-521-84428-4 Hardback £45.00
978-0-521-60579-3 Paperback £21.99
eBook available
Second edition
Desmond J. Higham
and Nicholas J. Higham
in mechanical, electrical, thermal and
fluid domains.
Contents: Preface; 1. Introduction;
2. Mechanical systems; 3. Mathematical
models; 4. Analytical solutions of system
input-output equations; 5. Numerical
solutions of ordinary differential equations;
6. Simulation of dynamic systems;
7. Electrical systems; 8. Thermal systems;
9. Fluid systems; 10. Mixed systems;
11. Transfer functions; 12. Frequency
analysis; 13. Closed-loop systems and
system stability; 14. Control systems;
15. Analysis of discrete-time systems;
16. Digital control systems; Appendix
1. Fourier series and the Fourier
transformation; Appendix 2. Laplace
transformations; Appendix 3. MATLAB
tutorial; Appendix 4. Simulink tutorial; Index.
2007 253 x 177 mm 500pp 31 tables
204 exercises
978-0-521-86435-0 Hardback £55.00
www.cambridge.org/9780521864350
Speaking about
Science
A Manual for Creating Clear
Presentations
Scott Morgan
Premiere Public Speaking, Washington, DC
and Barrett Whitener
University of Manchester
Premiere Public Speaking, Washington, DC
This second edition remains a lively,
concise introduction to the important
features of MATLAB 7 and the Symbolic
Math Toolbox.
Step-by-step instruction for researchers
and clinicians on crafting and delivering
presentations at academic conferences.
2005 228 x 152 mm 406pp
978-0-89871-578-1 Hardback £27.00
Textbook
Dynamic Modeling
and Control of
Engineering Systems
Third edition
Bohdan T. Kulakowski
Pennsylvania State University
John F. Gardner
Boise State University, Idaho
and J. Lowen Shearer
Pennsylvania State University
This is a textbook for undergraduate
courses in system dynamics and controls.
It presents a comprehensive treatment
of the analysis of lumped parameter
physical systems. Beginning with a
discussion of mathematical models and
ODE’s, the book covers input/output and
state space models, computer simulation
and modeling methods and techniques
2006 136pp 32 line figures
978-0-521-86681-1 Hardback £35.00
978-0-521-68345-6 Paperback £15.00
How to Write
and Illustrate a
Scientific Paper
Björn Gustavii
University Hospital, Lund, Sweden
Step-by-step guide to writing a scientific
paper and to presenting and illustrating
the information effectively.
2003 228 x 152 mm 152pp 43 line figures
1 halftone 7 tables
978-0-521-82323-4 Hardback £40.00
978-0-521-53024-8 Paperback £14.99
General Engineering
37
Building a Successful
Career in Scientific
Research
A Guide for PhD Students and
Postdocs
Phil Dee
Entertaining and practical guide to
getting your science PhD and working as
a post-doc.
2006 228 x 152 mm 140pp 2 line figures
1 halftone
978-0-521-85191-6 Hardback £37.00
978-0-521-61740-6 Paperback £13.99
How to Write
and Publish a
Scientific Paper
Sixth edition
Robert A. Day
University of Delaware
and Barbara Gastel
Texas A & M University
Guide on writing and submitting
a scientific paper for graduates to
professionals.
2006 228 x 152 mm 320pp
978-0-521-67167-5 Paperback £19.99
Writing Scientific
Software
A Guide to Good Style
Suely Oliveira
University of Iowa
and David E. Stewart
University of Iowa
A manual and guide to good scientific
computing style, explaining how to write
good software and how to test it for
bugs, accuracy and performance.
2006 247 x 174 mm 316pp
978-0-521-85896-0 Hardback £45.00
978-0-521-67595-6 Paperback £19.99
eBook available
Successful Scientific
Writing
A Step-by-Step Guide for the
Biological and Medical Sciences
Third edition
Janice R. Matthews
Scientific Editing Services, Athens, Georgia
and Robert W. Matthews
University of Georgia
User-friendly, detailed and practical
advice on all types of scientific writing,
for students and researchers.
2007 228 x 152 mm 256pp 37 line figures
31 tables 27 exercises
978-0-521-69927-3 Paperback £19.99
eBooks available at www.cambridge.org/online
38
Index
0-9
3G Long-Term Evolution...........................5
A
Aaen, Peter............................................11
Aarabi, Parham .....................................35
Adaptive Control Tutorial........................32
Advanced Model Order Reduction
Techniques in VLSI Design....................14
Advanced Transport Phenomena.............29
Aerodynamics of Low Reynolds Number
Flyers..................................................20
Aiello, Roberto.........................................6
Akkermans, Eric......................................16
Algebraic Codes on Lines, Planes, and
Curves...................................................2
Allen, Paul..............................................35
Amabili, Marco.......................................25
Analog Electronics Companion, An.........14
Analyses for Durability and System
Design Lifetime...................................20
Analysis of Aircraft Structures.................20
Applebaum, David..................................32
Applied Nonlinear Methods for
Engineers............................................28
Applied Quantum Mechanics..................15
Apt, Krzysztof R......................................33
Art of Electronics, The.............................14
Art of Lecturing, The...............................35
Art of Molecular Dynamics Simulation,
The.....................................................33
Asif, Amir.................................................3
B
Bala, Krishna............................................3
Balakotaiah, Vemuri...............................28
Bartlett, Rodney.....................................29
Basic Biotechnology...............................27
Basic Structural Theory............................30
Baskharone, Erian A...............................21
Bateman, Nicola.....................................34
Beard, Daniel A......................................26
Beck, Tom L............................................29
Beers, Kenneth J.....................................29
Bence, S. J..............................................33
Berendsen, Herman J. C..........................18
Biglieri, Ezio.............................................9
Bing, Benny..............................................8
Binks, Bernard P......................................29
Bioengineering.......................................28
Biological Thermodynamics.....................28
Birks, Neil...............................................18
Blahut, Richard.........................................2
Boal, David............................................27
Bölcskei, H.............................................11
Bonet, Javier..........................................23
Boudriga, Noureddine..............................3
Boyd, Richard.........................................19
Boyd, Stephen........................................36
Braun, John............................................33
Braun, W. John.......................................31
Brennan, Kevin F.....................................15
Brennen, Christopher E...........................24
Brightwell, Graham................................34
Building a Successful Career in Scientific
Research.............................................37
Business Performance Measurement.......34
Butler, Ronald W.....................................33
Buttyán, Levente......................................6
C
Caddell, Robert M..................................18
Calculated Risks.....................................29
Calderbank, Robert..................................9
Cambon, Claude....................................22
Cambridge Dictionary of Statistics, The....33
Carbon Nanotube Science......................17
Carmel, Erran.........................................35
Cave, Martin............................................6
Cha, Philip D............................................2
Chang, Hsueh-Chia................................28
Charity, Tim..............................................7
Chawla, Krishan.....................................17
Chemical Biophysics...............................26
Chung, T. J........................................ 23, 24
Classical and Quantum Information
Theory.................................................10
Colloidal Particles at Liquid Interfaces.....29
Combinatorics and Probability................34
Combustion Physics................................24
Commercializing Successful Biomedical
Technologies.......................................26
Competing for the Future.......................34
Computational Continuum Mechanics....25
Computational Fluid Dynamics...............23
Computational Methods for Multiphase
Flow....................................................24
Computational Physics of Carbon
Nanotubes..........................................19
Computational Thermodynamics.............17
Constantinescu, Andrei...........................25
Constantinides, Anthony...........................9
Constraint Logic Programming using
Eclipse................................................33
Continuous and Discrete Time Signals
and Systems..........................................3
Control Techniques for Complex
Networks..............................................4
Convex Optimization..............................36
Coombes, Kevin R...................................36
Cooperative Communications and
Networking...........................................7
Cotterill, R. M. J......................................16
Cox, Chris................................................6
Cox, D. R................................................33
Cracking the Ad Code.............................34
Creating Agile Business Systems with
Reusable Knowledge...........................34
Creativity in Product Innovation..............35
Cumpsty, Nicholas..................................21
Cussler, Edward......................................28
Cytoskeletal Mechanics..........................26
D
Data Analysis and Graphics Using R........33
Data Structures and Algorithms Using
C#......................................................34
Date, Anil W...........................................23
Datta, Supriyo........................................14
Day, Robert A.........................................37
De Graef, Marc.......................................16
Dee, Phil................................................37
Deek, Fadi P............................................32
Denn, Morton.........................................19
Deploying Wireless Networks....................7
Design of CMOS Radio-Frequency
Integrated Circuits, The........................13
Design, Measurement and Management
of Large-Scale IP Networks....................5
Desurvire, Emmanuel..............................10
Detonation Phenomenon, The.................22
Di Ventra, Massimiliano..........................15
Diffusion................................................28
Digital Integrated Circuit Design.............13
Dissociative Recombination of Molecular
Ions....................................................19
Distributed Computing.............................3
Donald, A. M..........................................19
Donaldson, Bruce K.......................... 20, 30
Doyle, Chris..............................................6
Doyle, Linda.............................................7
Durbin, Paul A........................................22
Dynamic Modeling and Control of
Engineering Systems............................36
Dynamic Stability of Structures................30
Dynamics of Multibody Systems..............25
Dynamics of Particles and Rigid Bodies...25
E
Elasticity with Mathematica®. ................25
Electrical Transport in Nanoscale
Systems...............................................15
Electrochromism and Electrochromic
Devices...............................................17
Electromagnetic Band Gap Structures in
Antenna Engineering...........................11
Electromagnetics for High-Speed Analog
and Digital Communication Circuits.....13
Electronic Structure................................15
Elements of Numerical Methods for
Compressible Flows.............................21
Elements of Stress Analysis.....................30
Ellinas, Georgios.......................................3
Emergence of Life, The............................27
Emerging Technologies in Wireless LANs...8
Engineering Dynamics............................25
Enterprise Resource Planning Systems.....35
Erman, Burak.........................................20
Esain, Ann..............................................34
Essential Bioinformatics..........................27
Essentials of Cognitive Radio....................7
Essentials of Modern Spectrum
Management.........................................6
Essentials of Radio Wave Propagation.......6
Essentials of UMTS...................................6
Essentials of UWB....................................6
Essentials of Wireless Mesh Networking....6
Ethier, C. Ross........................................26
Evans, John S. O......................................17
Everitt, B. S.............................................33
Executive’s Guide to Information
Technology, An....................................34
Index
F
Faltinsen, Odd M....................................24
Fehlner, Thomas......................................19
Ferris, Michael C.....................................32
Fey, Victor..............................................35
Fiber Optical Parametric Amplifiers,
Oscillators and Related Devices............15
Fidan, Bar p...........................................32
Field, Martin J.........................................18
Fielding, John P.......................................21
Filtering and System Identification............2
Finite Difference Methods for Ordinary
and Partial Differential Equations.........32
First Course in Continuum Mechanics, A23
First Course in Fourier Analysis, A............31
First Course in Statistical Programming
with R, A.............................................31
Fixed-Mobile Wireless Network
Convergence.........................................7
Flannery, Brian P............................... 30, 31
Fleisch, Daniel........................................36
Fluid Dynamics with a Computational
Perspective..........................................22
Focused Ion Beam Systems.....................19
Foster, Michael ......................................23
Franceschetti, Massimo.............................4
Frenkel, R. B...........................................36
Fridman, Alexander.................................22
Fries, Suzana G.......................................17
Funada, Toshio.......................................20
Functional Materials...............................17
Fundamentals of Digital Communication...1
Fundamentals of Digital Imaging............16
Fundamentals of High-Frequency CMOS
Analog Integrated Circuits...................13
Fundamentals of Multiphase Flow..........24
Fundamentals of Noise and Vibration
Analysis for Engineers..........................24
Fundamentals of Photonic Crystal
Guiding...............................................14
Fundamentals of Signals and Systems.......2
Fundamentals of Wireless Communication9
G
Gadringer, Michael.................................11
Gallager, Robert G....................................1
Gardner, John F.......................................36
Gastel, Barbara......................................37
Gay, David...............................................8
Gene Cloning and Manipulation.............27
General Continuum Mechanics...............24
Gesbert, D..............................................11
Gezici, Sinan............................................9
Ghetie, Joseph..........................................7
Ghiaasiaan, S. Mostafa...........................22
Ginsberg, Jerry.......................................25
Glazer, Alexander N................................27
Goacher, Anthony A................................11
Goldenberg, Jacob............................ 34, 35
Goldsmith, Andrea...................................9
Gonzalez, Oscar.....................................23
Gopinath, Anand....................................12
Gran, Richard J.......................................32
Graves, Martin J......................................16
Greblicki, Wlodzimierz..............................4
Grinstein, Fernando F..............................24
Gubner, John A.........................................2
Guide to MATLAB, A...............................36
Gupta, A................................................34
Gustavii, Björn.......................................36
Guvenc, Ismail..........................................9
H
Haas, Harald..........................................10
Hadjiliadis, Olympia..................................3
Hagen, Jon B..........................................12
Halet, Jean-Francois...............................19
Hamilton, Scott......................................14
Han, Zhu..................................................8
Hanna, S................................................19
Harris, Ian G...........................................31
Harris, Peter J. F......................................17
Haslett, Christopher..................................6
Hassibi, Babak.........................................8
Haynie, Donald T.....................................28
He, Lei...................................................14
Hecht, Bert.............................................15
Hendry, Mike............................................7
Herron, Isom..........................................23
Heyman, J..............................................30
Heyman, Jacques....................................30
Higgins, Sam..........................................35
High Performance ASIC Design...............13
High-Speed Electronics and
Optoelectronics...................................12
High-Speed Wireless Communications......8
Higham, Desmond J................................36
Higham, Nicholas J.................................36
Hilbert Transforms..................................31
Hill, Winfield...........................................14
Hillert, Mats...........................................17
Ho, Tracey.................................................1
Hobson, M. P..........................................33
Hodges, Dewey H...................................21
Hoggar, S. G...........................................16
Homogeneous Turbulence Dynamics.......22
Homsy, G.M...........................................29
Horowitz, Paul........................................14
Horozov, Tommy S..................................29
Hosford, William............................... 18, 35
Hosford, William F............................. 17, 18
Hossain, Razak.......................................13
How to Write and Illustrate a Scientific
Paper..................................................36
How to Write and Publish a Scientific
Paper..................................................37
Howe, Christopher..................................27
Howe, M. S.............................................23
Hubaux, Jean-Pierre.................................6
Hunt, Brian R..........................................36
Hüttl, Thomas . ......................................21
Hydrodynamics and Sound.....................23
Hydrodynamics of High-Speed Marine
Vehicles...............................................24
I
Implicit Large Eddy Simulation................24
Innovation on Demand...........................35
39
Integrated Frequency Synthesizers for
Wireless Systems.................................13
Introduction to Aircraft Design................21
Introduction to Coding Theory..................2
Introduction to Computational Fluid
Dynamics............................................23
Introduction to Continuum Mechanics,
An......................................................24
Introduction to Granular Flow, An...........28
Introduction to Nanoelectronics..............15
Introduction to Semiconductor Devices...15
Introduction to Structural Dynamics........30
Introduction to Structural Dynamics and
Aeroelasticity......................................21
Introduction to the High Temperature
Oxidation of Metals.............................18
Introduction to the Theory of Coherence
and Polarization of Light......................15
Introduction to Uncertainty in
Measurement, An................................36
Introductory Biomechanics......................26
Ioannou, Petros......................................32
Iterative Receiver Design..........................9
Iteratively Decodable Codes......................1
J
Jackson, Meyer B....................................27
James, John............................................14
Jet Propulsion........................................21
Joseph, Daniel........................................20
K
Kaeslin, Hubert.......................................13
Kamm, Roger D......................................26
Kammler, David W..................................31
Karczub, D. G..........................................24
Karen, Pavel...........................................17
Katz, Joseph...........................................21
Kempf, James...........................................7
Khan, Farooq............................................5
King, Fred..............................................31
Kirkup, L.................................................36
Knight, Doyle D......................................21
Koch, Carl..............................................18
Kochelap, Viatcheslav A..........................15
Kollár, István.............................................5
Korsunsky, Alexander..............................25
Kraige, David..........................................22
Kressel, Henry........................................34
Krishnamachari, Bhaskar..........................9
Kristiansen, Bjorn...................................27
Kshemkalyani, Ajay...................................3
Kulakowski, Bohdan T.............................36
Kwasinski, Andres....................................7
L
Lacaita, Andrea Leonardo.......................13
Lai, Ming-Jun.........................................34
Large-Eddy Simulation for Acoustics........21
Larsson, Mats.........................................19
Laser Fundamentals...............................15
Laser Induced Breakdown Spectroscopy.. 19
LaValle, Steven M...................................33
Law, Chung K.........................................24
For regular email alerts visit www.cambridge.org/alerts
40
Index
Leader, Imre...........................................34
Leal, L. Gary...........................................29
Lean Evolution.......................................34
Leblebici, Duran.....................................13
Leblebici, Yusuf.......................................13
Lee, John H. S. .......................................22
Lee, Thomas H.................................. 12, 13
Leishman, J. Gordon...............................21
Lento, Thomas V......................................34
Levantino, Salvatore...............................13
Levav, Ammon........................................34
LeVeque, Randall....................................32
Levi, A. F. J..............................................15
Levis, Philip..............................................8
Li, Xiang-Yang........................................10
Lian, Yongsheng.....................................20
Light-Emitting Diodes.............................15
Lin, Shu....................................................1
Linear Programming with MATLAB.........32
Lipsman, Ronald L..................................36
Liquid Crystalline Polymers.....................19
Litsyn, Simon............................................9
Liu, Hao.................................................20
Liu, K. J. Ray......................................... 7, 8
Loepp, Susan............................................2
Low-Speed Aerodynamics.......................21
Lucas, Klaus...........................................23
Luisi, Pier Luigi.......................................27
Lukas, Hans............................................17
Lun, Desmond..........................................1
M
Madhow, Upamanyu................................1
Maier, Martin...........................................4
Maindonald, John..................................33
Mandal, Mrinal........................................3
Mangasarian, Olvi L................................32
Many-Body Methods in Quantum
Chemistry............................................29
Margolin, Len G......................................24
Marhic, Michel.......................................15
Mark, James E........................................20
Martin, Richard M..................................15
Mass and Heat Transfer..........................28
Massey, Lynn..........................................34
Mastering Your Organization’s Processes35
Material World, The................................16
Materials for Engineers...........................18
Materials Science...................................17
Mathematical Methods for Physics and
Engineering.........................................33
Mathematics of Digital Images...............16
MATLAB Guide.......................................36
Matthews, Janice R.................................37
Matthews, Robert W...............................37
Mazursky, David.....................................35
Mazursky, David ....................................34
McHenry, Michael E................................16
McHugh, James A. M..............................32
McIvor, Ronan........................................35
McLaughlin, Stephen..............................10
McMillan, Michael..................................34
McRae, Paul...........................................35
McRobbie, Donald W..............................16
Measurement in Fluid Mechanics............23
Mechanical Behavior of Materials...........17
Mechanical Efficiency of Heat Engines....24
Mechanics of the Cell.............................27
Medic, Gorazd........................................22
Meester, Ronald.......................................4
Mehta, Shreefal S...................................26
Meier, Gerald H......................................18
Mermin, N. David.....................................5
Mesoscopic Physics of Electrons and
Photons..............................................16
Metal Forming........................................18
Methley, Steve..........................................6
Methods in Molecular Biophysics............27
Meyers, Marc.........................................17
Meyn, Sean..............................................4
Microarray Bioinformatics.......................27
Microbial Biotechnology.........................27
Miles, Stephen........................................12
Miller, David A. B....................................14
MIMO Wireless Communications..............9
Mishra, Amitabh.....................................10
Mitin, Vladimir V.....................................15
Mitra, A..................................................34
Miziolek, Andrzej W................................19
Mobile Wireless Communications...........10
Modeling and Characterization of RF
and Microwave Power FETs.................11
Modern Coding Theory.............................1
Mofrad, Mohammad R. K........................26
Molecular and Cellular Biophysics...........27
Molecular Clusters.................................19
Molecular Models for Fluids....................23
Molinder, John I........................................2
Monk, Paul.............................................17
Montambaux, Gilles...............................16
Moore, Elizabeth A.................................16
Morgan, Scott........................................36
Mortimer, Roger.....................................17
MRI from Picture to Proton.....................16
Multi-application Smart Cards..................7
Multimedia Fluid Mechanics...................29
Multiwavelength Optical Networks...........3
Murdoch, Duncan J. . .............................31
Murrell, Stephen.....................................34
N
Neely, Andy............................................34
Network Coding.......................................1
Networking Wireless Sensors....................9
Networks.................................................3
Next Generation Mobile Access
Technologies.......................................10
Next Generation Wireless LANs................5
Nikaido, Hiroshi......................................27
Niknejad, Ali M.......................................13
NMR Studies of Translational Motion......18
Noble, Richard D....................................29
Non-Parametric System Identification........4
Nonlinear Continuum Mechanics for
Finite Element Analysis........................23
Nonlinear Vibrations and Stability of
Shells and Plates.................................25
Norton, M. P...........................................24
Nott, Prabhu R.......................................28
Novotny, Lukas.......................................15
Nucci, Antonio.........................................5
Numerical Computing with Simulink.......32
Numerical Methods for Chemical
Engineering.........................................29
Numerical Recipes..................................30
Numerical Recipes Source Code CDROM...................................................31
Numerical Recipes with Source Code
CD-ROM.............................................31
Numerical Solution of Hyperbolic Partial
Differential Equations..........................31
O
O’Connell, John......................................35
O’Droma, Máirtín...................................11
O’Gorman, Lawrence . ...........................16
O’Leary, Daniel E....................................35
O’Reilly, Oliver........................................25
Obaidat, Mohammad...............................3
Offshoring Information Technology.........35
Oliveira, Suely........................................37
Open Source..........................................32
Optical Switching Networks......................4
Orel, Ann E.............................................19
Osborn, John E.......................................36
Outsourcing Process, The........................35
Ovid’ko, Ilya...........................................18
Owen, Mark.............................................3
P
Paik, Jeom Kee.......................................23
Palleschi, Vincenzo.................................19
Palsson, Bernhard O...............................27
Papadias, C. B.........................................11
Papagiannaki, Konstantina.......................5
Papalambros, Panos Y.............................25
Parsegian, V. Adrian................................29
Partial Differential Equations in Fluid
Dynamics............................................23
Paulaitis, Michael E.................................29
Paulraj, Arogyaswami...............................9
Pawlak, Miroslaw.....................................4
Peak Power Control in Multicarrier
Communications...................................9
Perahia, Eldad..........................................5
Percival, Donald B...................................33
Pettit, Frederick S....................................18
Phase Equilibria, Phase Diagrams and
Phase Transformations.........................17
Phase Noise and Frequency Stability in
Oscillators...........................................11
Physics in Molecular Biology...................27
Pierce, G. Alvin.......................................21
Plá, Jaime A............................................11
Planar Microwave Engineering................12
Planning Algorithms...............................33
Plant, Robert..........................................34
Plasma Chemistry...................................22
Plastic Design of Frames.........................30
Plotkin, Allen..........................................21
Polymer Dynamics and Relaxation...........19
Polymer Melt Processing.........................19
Poor, H. Vincent.................................... 3, 9
Pope, Stephen B.....................................23
Index
Potential Distribution Theorem and
Models of Molecular Solutions, The......29
Potential Flows of Viscous and
Viscoelastic Liquids..............................20
Practical Algorithms for Image Analysis
with CD-ROM......................................16
Practical Design Verification....................31
Practical Introduction to the Simulation
of Molecular Systems, A.......................18
Practical Signal Processing........................3
Pradhan, Dhiraj K...................................31
Prasad, Sheila.........................................12
Pratt, Lawrence R...................................29
Press, William H................................ 30, 31
Price, William.........................................18
Prince, Martin R......................................16
Principles of Chemical Separations with
Environmental Applications..................29
Principles of Digital Communication..........1
Principles of Helicopter Aerodynamics.....21
Principles of Nano-Optics.......................15
Principles of Optimal Design...................25
Principles of Statistical Inference.............33
Principles of Turbomachinery in AirBreathing Engines...............................21
Probability and Information....................32
Probability and Random Processes for
Electrical and Computer Engineers.........2
Product Innovation.................................29
Properties Tables Booklet for Thermal
Fluids Engineering...............................22
Prosperetti, Andrea.................................24
Protecting Information..............................2
Pyke, Jon................................................35
Q
Qian, Hong............................................26
Quantization Noise...................................5
Quantum Computer Science.....................5
Quantum Cryptography and Secret-Key
Distillation.............................................3
Quantum Mechanics for Scientists and
Engineers............................................14
Quantum Transport.................................14
Quickest Detection...................................3
R
Radio-Frequency Electronics...................12
Rafii-Tabar, Hashem................................19
Rahmat-Samii, Yahya..............................11
Rainey, David L.......................................29
Random Networks for Communication.....4
Rao, Anil................................................25
Rao, K. Kesava........................................28
Rapaport, D. C........................................33
Ratledge, Colin.......................................27
Reddy, J. N.............................................24
Reed, Roger C........................................18
Reporting Results...................................35
Resource Allocation for Wireless
Networks..............................................8
RF Power Amplifier Behavioral Modeling11
RFID Technology and Applications...........12
Rich, Nick...............................................34
Richards-Kortum, Rebecca......................28
Richardson, Andrew.................................9
Richardson, Tom.......................................1
Rider, William J.......................................24
Riley, K. F................................................33
Rivin, Eugene.........................................35
Robinson, Anne S...................................28
Rodricks, Joseph V...................................29
Rosenberg, Jonathan M..........................36
Rosseinsky, David...................................17
Roth, Ron.................................................2
Rubberlike Elasticity...............................20
Rubiola, Enrico.......................................11
Russell, T. W. Fraser.................................28
Ryan, William...........................................1
S
Saddlepoint Approximations with
Applications........................................33
Sadek, Ahmed..........................................7
Sagaut, Pierre................................... 21, 22
Sahinoglu, Zafer.......................................9
Saillard, Jean-Yves..................................19
Saleh, Joseph H......................................20
Sammon, Michael J.................................16
Samori, Carlo.........................................13
Samuel, Donna.......................................34
Sarma, Sanjay........................................12
Schechter, Israel.....................................19
Schlamann, Hermann.............................35
Schreurs, Dominique...............................11
Schubert, E. Fred....................................15
Schumacher, Hermann............................12
Schumaker, Larry L..................................34
Schwartz, Mischa...................................10
Scott, Alex..............................................34
Seal, Sudipta..........................................18
Second-Wave Enterprise Resource
Planning Systems................................35
Security and Cooperation in Wireless
Networks..............................................6
Security and Quality of Service in Ad Hoc
Wireless Networks...............................10
Security of e-Systems and Computer
Networks..............................................3
Seddon, Peter B......................................35
Senft, James R........................................24
Serdyuk, Igor N.......................................27
Service Orientation.................................35
Seul, Michael.........................................16
Shabana, Ahmed....................................25
Shabana, Ahmed A.................................25
Shanks, Graeme.....................................35
Shavitt, Isaiah........................................29
Shearer, J. Lowen....................................36
Ship-shaped Offshore Installations..........23
Shyy, Wei...............................................20
Silfvast, William T....................................15
Simmons, Craig A...................................26
Simulating the Physical World.................18
Singhal, Mukesh.......................................3
Skorobogatiy, Maksim............................14
Smith, Grant...........................................19
Sneppen, Kim.........................................27
Solomon, Sorin.......................................34
41
Space-Time Wireless Systems..................11
Speaking about Science..........................36
Spectrograph Design Fundamentals........14
Sphere Decoding Algorithms for
Wireless Communications......................8
Spline Functions on Triangulations..........34
Stacey, Robert..........................................5
Stekel, Dov.............................................27
Stern, Thomas E........................................3
Stewart, David E.....................................37
Stroscio, Michael A.................................15
Structural Nanocrystalline Materials........18
Structure of Materials.............................16
Stuart, Andrew M...................................23
Stuck, Garrett J.......................................36
Student’s Guide to Maxwell’s Equations,
A........................................................36
Su, Weifeng..............................................7
Successful Scientific Writing....................37
Sundman, Bo.........................................17
Superalloys, The......................................18
Systems Biology.....................................27
T
Tan, Sheldon..........................................14
Tang, Jian...............................................20
Tavoularis, Stavros..................................23
Taylor, Paul...............................................4
Terry, Patricia A.......................................29
Teukolsky, Saul A.............................. 30, 31
Text-to-Speech Synthesis..........................4
Thayamballi, Anil Kumar.........................23
Thermal-Fluid Sciences...........................22
Thermal-Fluid Sciences with Multimedia
Fluid Mechanics CD-ROM....................22
Thermodynamics....................................21
Thomason, Andrew.................................34
TinyOS Programming................................8
Tjia, Paul................................................35
Trangenstein, John A...............................31
Trussell, Joel...........................................16
Tryggvason, Gretar.................................24
Tse, David................................................9
Turbulent Flows......................................23
Turns, Stephen........................................22
Turns, Stephen ......................................22
Turns, Stephen R............................... 21, 22
Two-Phase Flow, Boiling, and
Condensation......................................22
U
Ultra-Wideband Positioning Systems.........9
Urbanke, Ruediger....................................1
V
Van Aken, David C..................................35
Van Assche, Gilles.....................................3
van der Veen, A.-J...................................11
Van der Waals Forces..............................29
Vandenberghe, Lieven............................36
Veprek, Stan...........................................18
Verdult, Vincent........................................2
Verhaegen, Michel...................................2
Vetterling, William T.......................... 30, 31
Visit our website at www.cambridge.org
42
Index
Vibration of Axially-Loaded Structures.....26
Viieru, Dragos........................................20
Vikalo, Haris.............................................8
Virgin, Lawrence N.................................26
Viswanath, Pramod..................................9
Vogt, Tom..............................................17
Vrhel, Michael........................................16
W
Wagner, Claus........................................21
Wagner, Norman J..................................28
Walden, Andrew T...................................33
Wallace, Mark........................................33
Wang, Jiangzhou......................................8
Wang, Jing.............................................20
Wavelet Methods for Time Series
Analysis..............................................33
WCDMA Design Handbook......................9
Webb, William..........................................6
Whitehead, Roger..................................35
Whitener, Barrett....................................36
Whittle, Peter...........................................3
Widrow, Bernard......................................5
Wilde, Douglass J...................................25
Willcocks, Leslie P...................................35
Williams, John........................................12
Wilton, Andy............................................7
Windle, A. H...........................................19
Wireless Ad Hoc and Sensor Networks....10
Wireless Communications.........................9
Wireless Internet Security.........................7
Wolf, Emil...............................................15
Wood, John............................................11
Wood, Richard D....................................23
Wood, Stephen........................................6
Woodward, Patrick.................................17
Wootters, William K..................................2
Wright, Stephen J...................................32
Writing Scientific Software......................37
Wymeersch, Henk.....................................9
X
Xie, Wei-Chau........................................30
Xiong, Jin...............................................27
Y
Yang, Fan...............................................11
Yang, Jianke...........................................14
Yao, Nan................................................19
Z
Zaccai, Joseph........................................27
Zaccai, Nathan R....................................27
Zocchi, Giovanni.....................................27
Notes
43
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44
Notes
Contents
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V l
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has made significant research contributions to fluid mechanics over the
previous decade. We are delighted that Howard Stone has been chosen
as the first recipient of the Prize and, as publishers of Journal of Fluid
Mechanics, are honoured to be a part of this worthy enterprise.
Journal of Fluid Mechanics Digital Archive
The Journal of Fluid Mechanics Digital Archive is a repository of every
single article published in the Journal of Fluid Mechanics between
1956 and 1996. Housing over a quarter of a million pages of fully
searchable material reproduced as high-resolution PDFs, the Archive
marks the complete digitisation of the Journal of Fluid Mechanics, with
all material from 1997 onwards available through Cambridge Journals
Online.
View a sample copy at
journals.cambridge.org/jfmsample
2008
Now with electronic submission using the Scholar One system, visit
journals.cambridge.org/flm to find out how to submit your article.
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We set the standard for
• The quality and validation of content
• Design, production and printing
• Cooperation with authors
• Meeting our customers’ needs
The leading international journal in the field and essential reading for
all those concerned with developments in fluid mechanics. Journal of
Fluid Mechanics publishes authoritative articles covering theoretical,
computational and experimental investigations of all aspects of
the mechanics of fluids. Each issue contains papers on both the
fundamental aspects of fluid mechanics, and their applications to
other fields such as aeronautics, astrophysics, biology, chemical and
mechanical engineering, hydraulics, meteorology, oceanography,
geology, acoustics and combustion.
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ISSN: 0373-4633
ROBOTICA
Volume 26 Part 1
THE JOURNAL OF
26 P
Editor(s):
S. H. Davis, Northwestern University , USA
M. G. Worster, University of Cambridge, UK
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Cambridge University Press advances learning,
knowledge and research worldwide.
ROBOTICA
Electrical and Computer
Engineering
1
Communications and Signal Processing 1
Wireless Communications
5
RF and Microwave Engineering
11
Circuit Design
13
Electronic and Optoelectronic
Devices and Nanotechnology
14
Image Processing and Machine Vision 16
Materials Engineering
16
Aerospace Engineering
20
Mechanical Engineering
21
Thermal-Fluids Engineering
21
Engineering Design and Kinematics 24
Biomedical Engineering
26
Chemical Engineering
28
Structural Dynamics
Civil Engineering
30
Engineering Mathematics
and Programming
30
Technology Management
34
General Engineering
35
Highlights
SPECIAL ISSUE
GEOMETRY IN
ROBOT MOTION
AND MANIPULATION
GUEST EDITOR
J. M. Selig
Navigation
VOLUME 61
NUMBER 1
JANUARY 2008
Volume 22 Number 1
Winter 2008
International Journal of
Information, Education and
Research in Robotics and
Artificial Intelligence
David C. Brown,
Robotica
Journal of Navigation
AI Edam
An Official Journal of the International
Federation of Robotics
Published for The Royal Institute of
Navigation
Artificial Intelligence for Engineering Design,
Analysis and Manufacturing
Editor-in-Chief
G. S. Chirikjian, Johns Hopkins University, USA
Editor
Norman Hughes, The Royal Institute of
Navigation, UK
Editor
David C. Brown, Worcester Polytechnic
Institute, USA
Journal of Navigation contains original
papers on the science of navigation by
man and animals over land and sea and
through air and space, including a selection
of papers presented at meetings of the
Institute and other organisations associated
with navigation. Papers cover every aspect
of navigation, from the highly technical to
the descriptive and historical. The journal
also publishes selected papers and reports
from the Institute’s Special Interest Groups.
Contributions come from all parts of the
world.
The journal publishes original articles about
significant AI theory and applications based on
the most up-to-date research in all branches
and phases of engineering. Suitable topics
include: analysis and evaluation; selection;
configuration and design; manufacturing and
assembly; and concurrent engineering.
Robotica is a forum for the multidisciplinary
subject of robotics and encourages
developments, applications and research
in this important field of automation and
robotics with regard to industry, health,
education and economic and social aspects
of relevance. Coverage includes activities
in hostile environments, applications in the
service and manufacturing industries, biological
robotics, dynamics and kinematics involved
in robot design and uses, on-line robots,
robot task planning, rehabilitation robotics,
sensory perception, software in the widest
sense, particularly in respect of programming
languages and links with CAD/CAM systems,
telerobotics and various other areas.
Find out more at
journals.cambridge.org/rob
View a free sample at
journals.cambridge.org/nav
AI EDAM is also interested in original, major
applications of state-of-the-art knowledgebased techniques to important engineering
problems.
Submit your article at
journals.cambridge.org/aie
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www.cambridge.org/engineering
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April 2008