CONTROL ENGINEERING PRACTICE
Reviewer Profile
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Review Topics – please tick the appropriate boxes (at least one on each page)
A. INDUSTRIES
AGRICULTURE, NATURAL RESOURCES
& THE ENVIRONMENT
agricultural automation
building automation
civil engineering
environmental engineering
forest products and lumber
mining
waste processing
BIOTECHNOLOGICAL & MEDICAL
PROCESS CONTROL
bioengineering
biological processing
biomedical engineering
biotechnology
fermentation
pharmaceuticals
sewage treatment
PROCESS CONTROL
cement industry
chemical processing
fine chemical production
food processing
metallurgy/metal processing
mineral processing
oil and gas production
petrochemicals
pulp & paper processing
INFORMATION TECHNOLOGY &
ELECTRONICS
communications
consumer electronics
electronics
medical instrumentation
scientific instrumentation
ENERGY & UTILITIES
energy generation and transmission
power generation and distribution
power plants
electricity
gas
coal
nuclear energy
wind power
alternative energy sources
water
MANUFACTURING & PRODUCTION
factory automation
machine-tool industry
manufacturing industries
measurement & instrumentation
mechanical processing/manufacturing
robotics
automobile industry
DEFENCE & AEROSPACE
aerospace
air traffic control
avionics
defence industries
command, control and information systems
TRANSPORTATION
automotive engineering
autonomous vehicles
intelligent highway systems
marine process engineering
marine systems and ship automation
materials handling/transportation
rail, subways & monorails
transportation systems
vehicles
B. TECHNOLOGIES
COMPUTING TECHNIQUES
architectures and algorithms
CAE methods and tools
computer networking
decentralised control
digital signal processing
distributed control
distributed processing
embedded system design (integrated design of
real-time control systems)
filtering
industrial communications
information processing
microprocessor/computer developments
parallel processing
real-time & distributed computing
software design, verification, safety, etc.
software engineering techniques
telematics
CONTROL TECHNOLOGIES & DESIGN
METHODS
computer-aided control-system design
identification & estimation
modelling of dynamic & discrete systems
simulation
adaptive control
auto-tuning
classical control
discrete event systems
internal model control
model-based control
model-predictive control
nonlinear control
optimal control
predictive control
robust control
sliding-mode control
statistical process control
stochastic control
SYSTEMS INTEGRATION
enterprise integration
hybrid systems
large-scale systems
low-cost automation
project management
scheduling
systems engineering
HUMAN-SYSTEM INTERFACES
engineering ethics
human-computer integration
human factors/ergonomics
human-machine systems
social impacts of technology
DIAGNOSTICS & SAFETY
diagnostics
emergency and supervision
failure detection
fault
detection & diagnosis
handling
recognition
tolerance
protection
safety and reliability
safety engineering
supervision
testing procedures
AI-BASED TECHNIQUES
agents
expert systems
fuzzy systems
fuzzy-neural systems
genetic algorithms
heuristic control
intelligent control
knowledge engineering
machine learning
neural networks
wavelet techniques
intelligent components & instruments
intelligent sensors
sensor fusion
speech recognition
vision & image processing
pattern recognition
ROBOTICS, MECHATRONICS &
AUTONOMOUS SYSTEMS
autonomous systems
autonomous vehicles
mechatronics
robotics
SYSTEM COMPONENTS
actuators
controllers/processors
electromechanical components
hydraulic and pneumatic components
instrumentation
intelligent components and instruments
measurement techniques
power electronics
sensors
signal processing (DSPs)
superconductors
Please return this form to:
Prof. A. H. Glattfelder, Editor-in-Chief, Control Engineering Practice,
by email to ifacjcep@aut.ee.ethz.ch
or per fax to ETH Zurich, Automatic Control Laboratory, Fax +41 1 632 1211