PABNA UNIVERSITY OF SCIENCE & TECHNOLOGY
PABNA, BANGLADESH
Faculty of Engineering & Technology
DEPARTMENT OF
INFORMATION & COMMUNICATION ENGINEERING
ICE
Syllabus for B.Sc. Engineering
Session 2013-2014
Examinations
2014 [ 1st Year 1st Semester & 2nd Semester ]
2015 [ 2nd Year 1st Semester & 2nd Semester ]
2016 [ 3rd Year 1st Semester & 2nd Semester ]
2017 [ 4th Year 1st Semester & 2nd Semester ]
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ICE
2013-2014
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About the department
The Department of Information and Communication Engineering
(ICE) was founded in 2011. The goal of ICE Department is to
cultivate highly-motivated and well-trained professionals who will
lead the ICT arena. The Department of Information and
Communication Engineering offers various specialized educational
programs to create many competent engineers with profound
knowledge of academic theories and practical approaches for the
development of our country and all human society, in general.
The department offers both basic and advanced courses. In the
Department of Information and Communications Engineering,
students study basic and applied technologies related to IT as well as
information processing, information systems, and the diverse
technologies upon which our IT society is based on. To become
engineers with knowledge related to the construction and
management of communication networks which serve as
transmission media, software driven management, and the control of
systems. They support these networks, and knowledge related to
hardware design and manufacture.
The department has a number of well-constructed laboratories,
namely Software Laboratory, Electrical & Electronics laboratory,
Communication laboratory. Well-equipped computers are provided
for the students, faculty members as well as the researchers. The
department has a seminar library. Students are encouraged for
academic excellence by awarding various prizes, medals and
certificates in per year performances. The department also arranges
co-curriculum activities among the students such as programming
contests, software exhibitions, cultural events, games competitions,
debates etc. in every year.
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List of Faculty Members:
We are the 9 faculty members is active with various programs in
Information & Communication Engineering department.
Name & Designation
Electronic Mail
1. Md. Anwar Hossain
Assistant Professor & Chairman
manwar_ice@pust.ac.bd
manwar_ice@yahoo.com
2. Pallab Kanti Podder
Assistant Professor(on study leave)
pallab_ice@yahoo.com
3. Dr. Md. Omar Faruk
Assistant Professor
fom_06@yahoo.com
4. A F M Zainul Abadin
Assistant Professor
abadin.7@gmail.com
5. Muntasir Ahmed
Lecturer (on study leave)
muntasir_ice_ru@yahoo.com
6. Md. Imran Hossain
Lecturer
imran05ice@gmail.com
7. Iffat Ara
Lecturer
ara.iffat@ymail.com
8. Sohag Sarker
Lecturer
sohagsarker5614@gmail.com
9. Md. Sarwar Hosain
Lecturer
sarwar.iceru@gmail.com
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PABNA UNIVERSITY OF SCIENCE & TECHNOLOGY
Faculty of Engineering & Technology
Department of Information & Communication Engineering
Syllabus for B.Sc. Engineering
Session 2013-2014
1. Student Admission
1.1 The Admission Committee as per the rules of university will conduct the
admission process for Bachelor's degree. The student will be admitted in
the first semester of an academic year in the individual discipline of
different faculties. A student will not be allowed for promotion as well as readmission if he/she does not appear at least at one course of his/her 1 st
year 1st semester examination. Re-admitted students will be assigned the
original registration number and a student shall not get opportunity for readmission (applicable other than 1st year 1st semester) more than thrice
during the entire programme as he/she shall have to complete the
programme within a maximum period of 7 (seven) academic years.
1.2 If a student remains totally absent without any permission from all
classes for 15 (fifteen) consecutive working days after the starting of 1st
year 1st semester classes, his/her admission may be cancelled on the
recommendation of the chairman of the concerned department.
2. Course Coordinator:
2.1 After admission every student shall be assigned to a ‘Course
Coordinator’ from the teachers of his/her discipline to guide him/her
throughout the Semester. He/she shall meet the students on a regular basis
and advise them on all academic matters.
3. Academic Calendar
3.1 There will be two semester (1st semester and 2nd semester) in an
academic year. The Academic Calendar showing dates of beginning and
ending classes, commencement of examinations and probable dates for
publication of the result shall be published by the respective Departmental
Academic Committee before commencement of each semester. The copy
shall be sent to the Dean of the Faculty, Controller of Examinations and the
respective University Authority.
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3.2 Duration of Semesters: The duration of each semester will be as
follows:
Class teaching
= 14 weeks
Preparation time for Semester-final examination
= 02 weeks
Semester-final examination
= 03 weeks
Semester break
= 01 weeks
Total = 20 weeks
4. Course Pattern
4.1 The entire Bachelor's degree program is covered through a set of
theoretical, practical, viva-voce, project courses etc and every course shall
have a short representative course title and a number including total credit
points and short description of every course will be published by the
Academic Committee of each department.
4.1.1 Course Instruction: The course teacher has to supply a copy of the
detailed plan of course instruction with information about the number of
lectures per topic, number and type of assignments, number and dates of
class test, suggested date of final examination and name of text materials.
4.2 Assignment of Credits:
4.2.1 Theoretical: There shall be at least one (1) lecture-hour for each
credit point in a week for each theoretical course.
4.2.2 Practical: There shall be at least two (2) contact hours for each credit
point in a week for each practical course.
4.2.3 Projects, field works, viva-voce, etc: Required credits will be
assigned by the respective discipline.
5. Course Registration
5.1 Registration: A student has to register for his/her courses and pay
necessary dues within the first two weeks of every semester.
5.2 Registration for the Improvement of Grade:
5.2.1 Students earning the letter grade of less than ‘B’ (less than GP 3.00) in
any course (not more than two courses) may also choose to improve the
grade by appearing at the Semester-final examination with the next
available batch. If the grade point obtained in improvement examination is
lower than the earlier grade point, the earlier one shall stand. A student
shall have improvement opportunity once for each course.
5.2.2 For improving the grade and appearing at the examination a student
shall have to pay the requisite fees as per the University rules.
5.2.3 Students willing to improve grade should apply within 10 (ten)
working days after publishing the results of the semester.
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5.2.4 No improvement shall be allowed in continuous assessment (class
test/quiz test/assignment/presentation etc.). In such case, the earlier
marks shall stand.
5.2.5 The concerned (current) examination committee will take necessary
actions to arrange the improvement examinations, tabulation etc.
5.3 Registration for the Backlog Courses:
5.3.1 A student having one or more F grade in any semester has to pass the
required courses with immediate next available batch(es) within 7 (seven)
academic years from his/her first admission year into his/her programme.
5.3.2 A student has to apply for the registration of backlog course(s) within
10 (ten) working days after publishing the result of the semester.
5.3.3 For backlog courses and appearing at the examination a student shall
have to pay the requisite fees as per the University rules.
5.3.4 The concerned (current) examination committee will take necessary
actions to arrange the backlog examinations, tabulation etc.
6. Graduation Criteria and Degree Requirements
6.1 Credit Points:
6.1.1 Total credit points offered in the whole programme shall be 165.
6.1.2 There shall be at least 18 credit points in each Semester.
6.2 Degree Requirements: For the B.Sc. Engineering degree each student
shall require to:
6.2.1 Earn the required number of total credit points successfully;
6.2.2 Earn a minimum CGPA of 2.20; and
6.2.3 Complete the programme within 7 (seven) academic years of his/her
1st admission year into the programme.
6.3 Promotion:
6.3.1 All promotions from 1st year 1st Semester to 4th Year 2nd Semester
shall be semester based.
6.3.2 A student shall be allowed for promotion from 1 st year 1st semester to
4th year 2nd semester with minimum letter grade ‘D’ in each course per
semester. In addition that a student will be treated as provisionally
promoted even having ‘F’ grade in all the courses in a particular semester
but his/her semester GPA will be calculated when he/she will pass all the
courses of respective semester within his/her course duration.
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6.4 Special Examination:
6.4.1 Special examination will be arranged for appearing at backlog courses
only.
6.4.2 This examination will be offered for the students who have
completed/attended 4th year 2nd semester examination having backlog
courses in either 4th year 2nd semester or in earlier semester(s). If a student
fails to pass the backlog course(s) in the special examination, he/she will
has to register for the backlog course(s) with the next special examinations
only, but he/she has to complete the programme within 7 (seven) academic
years from his/her first registration. The special examination will be
arranged after 90 (ninety) days from the date of publishing the 4 th year 2nd
semester result. A student has to apply for the registration of backlog
course(s) within 10 (ten) working days from the date of publishing the 4 th
year 2nd semester result.
6.4.3 The concerned examination committee (4th year 2nd semester
examination committee) will take necessary actions to arrange the special
examination.
6.5. Drop Out:
6.5.1 If it seems that it is not possible for a student to complete the
programme within 7 (seven) academic years, he/she shall be dropped out
from the programme.
6.5.2 If a student fails to earn required total credit points within 7 (seven)
academic years since admission, he/she will be dropped- out from the
programme.
7. Evaluation System
7.1.1 Theoretical: A student will be evaluated continuously in the semester
by class participation assignment, quizzes, class tests and semester final
examination.
7.1.2 Practical: For laboratory work he/she will be assessed by lab
attendance, lab performance and lab report, lab test & test report,
Examination script, viva-voce etc.
7.1.3 Viva-voce: Students shall appear at viva-voce examination (oral
examination) having specified number of credit points at the end of each
Semester-final examination.
7.1.4 Project/Thesis: Project/Thesis marks to be evaluated at the end of
4th year 2nd semester (Final semester) as follows:
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Presentation and viva-voce (Conducted by the Examination
Committee)
Project examined by the two examiners (Other than supervisor)
Average of the marks given by the two examiners shall be taken
as final
Total=
30%+
20%
50%
100%
7.2 Distribution of marks: Each course offered by the Department should
be composed of 100 marks. The marking and student evaluation system
will be as follows:
7.2.1 Theoretical Course: The marks distribution of theoretical course will
be as follows:
Class Attendance
10%
Class Tests (Best two of three Tests/Case
study/Quiz/Assignment/Presentation)
20%
Semester Final Examination
70%
Total=
100%
The class test, assignment, quiz, presentation etc will be conducted and
evaluated by the course teacher and the semester final scripts will be
evaluated by two examiners. The marks of each course in the semester final
examination shall be 70 (seventy). Seventy marks will be divided into two
equal Parts; part ‘A’ & part ‘B’. Accordingly, for evaluation, the question paper
will be divided into two equal parts with number of equal values and the
controller of examinations shall prepare separate answer script for answering
the question of each part.
7.2.2 Practical Course: The marks distribution of practical course will be
as follows:
Lab Attendance
10%
Lab Performance and Lab Report
30%
Final Lab Test & Test Output
40%
Lab Examination Script
10%
Lab Viva
10%
Total=
100%
Each department shall have one external examiner (not below the rank of
Assistant Professor) for any one of the practical/sessional examinations in
each semester.
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7.2.3 Class Attendance: The distribution of marks for class attendance
(both theoretical and practical) shall be as follows:
Attendance
Marks
Example
90% & above
100%
10 out of 10
85% to 89%
90%
09 out of 10
80% to 84%
80%
08 out of 10
75% to 79%
70%
07 out of 10
70% to 74%
60%
06 out of 10
60% to 69%
50%
05 out of 10
Less than 60%
00%
00 out of 10
A student will not be allowed to appear at the semester final examination if
her/his average class attendance is less than 60%.
8. Grading Systems
8.1 Letter grade and grade point: Letter grade & corresponding grade
point will be awarded as follows:
Grade
Letter Grade
80% and above
75% to less than 80%
A+
A
70% to less than 75%
65% to less than 70%
60% to less than 65%
55% to less than 60%
AB+
B
B-
(A plus)
(A
regular)
(A minus)
(B plus)
(B regular)
(B minus)
50% to less than 55%
45% to less than 50%
40% to less than 45%
less than 40%
C+
C
D
F
(C plus)
(C regular)
--- --- --- ----- --- --- ---
Grade
Point
4.00
3.75
Interpretation
3.50
3.25
3.00
2.75
Very Good
Good
Satisfactory
Below
Satisfactory
Average
Pass
Poor
Fail
2.50
2.25
2.00
0.00
Outstanding
Excellent
8.2.1 GPA: Grade point average (GPA) is the average of the grade points
obtained in all the courses completed by a student in a semester.
GPA 
 Credit  Grade Point
Total Credit
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8.2.2 CGPA: Cumulative Grade point Average (CGPA) will be calculated
dividing the total Earned Point Secured (EPS) by the total credit of all
courses.
CGPA 
 Total Earned Point Secured

 Credit of all courses
8.2.3 SGPA-1: Grade Point Average calculated in the 1st semester.
8.2.4 SGPA-2: Grade Point Average calculated in the 2nd semester.
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SYLLABUS
Courses offered to the undergraduate students of department of
Information & Communication Engineering (ICE)
SUMMARY OF COURSES
COURSES FOR 1st YEAR 1st SEMESTER
Sl.
No.
Course
No.
1
ICE-1101
2
ICE-1102
3
ICE-1103
4
ICE-1104
5
ICE-1105
6
MATH-1101
7
8
9
HUM-1101
PUST
HUM-1102
ICE-1108
Course Title
Introduction to Electronic
Devices
Sessional based on Electronic
Devices
Information Technology and
Computer Fundamental
Sessional based on Information
Technology and Computer
Fundamental
Engineering Graphics
Differential Calculus and
Geometry
Bangladesh Studies
Fundamental English
Viva-voce
Total 
ICE
2013-2014
Theory/ Sessional
Contact
Credits
Hrs/week
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
1.50
3.00
3.00
3.00
3.00
1.50
22.50
3.00
3.00
0.75
18.75
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COURSES FOR 1st YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
ICE-1201
Analog Electronics
3.00
3.00
Sessional based on Analog
ICE-1202
3.00
0.75
Electronics
Sl.
No.
1
2
3
ICE-1203
Programming with C
3.00
3.00
4
ICE-1204
Sessional based on Programming
with C
3.00
1.50
5
ICE-1205
3.00
3.00
6
ICE-1206
3.00
0.75
7
ICE-1207
3.00
3.00
8
ICE-1208
3.00
0.75
9
MATH-1201
3.00
3.00
10
HUM-1201
3.00
3.00
11
ICE-1209
1.50
28.50
0.75
22.50
PUST
Circuit Theory and Analysis
Sessional based on Circuit Theory
and Analysis
Applied Electricity and Magnetism
Sessional based on Applied
Electricity and Magnetism
Integral Calculus and Differential
Equations
Financial Accounts and Economic
Analysis
Viva-voce
Total 
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Sl.
No.
1
COURSES FOR 2nd YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Design and Application of
ICE-2101
3.00
0.75
Electronic Circuits
2
ICE-2102
Digital Electronics
3.00
3.00
3
ICE-2103
Sessional Based on Digital
Electronics
3.00
1.50
4
ICE-2104
Web Programming
3.00
3.00
5
ICE-2105
3.00
1.50
6
ICE-2106
3.00
3.00
7
ICE-2107
3.00
1.50
8
MATH-2101
3.00
3.00
9
STAT-2101
3.00
3.00
10
ICE-2108
Viva-voce
1.50
0.75
Total 
28.50
21.00
PUST
Sessional Based on Web
Programming
Discrete Mathematics and
Numerical Methods
Sessional Based on Discrete
Mathematics and Numerical
Methods
Vector, Matrix and Linear
Algebra
Elementary Statistics and
Probability
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Sl.
No.
COURSES FOR 2nd YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
1
ICE-2201
Data Structure and Algorithm
3.00
3.00
2
ICE-2202
Sessional Based on Data
Structure and Algorithm
3.00
1.50
3
ICE-2203
Communication Theory
3.00
3.00
4
ICE-2204
3.00
0.75
5
ICE-2205
3.00
3.00
6
MATH-2201
3.00
3.00
7
STAT-2201
Theory of Statistics
3.00
3.00
8
STAT-2202
Sessional Based on Elementary
Statistics and Probability and
Theory of Statistics
3.00
0.75
9
ICE-2206
Viva-voce
1.50
0.75
Total 
25.50
18.75
PUST
Sessional Based on
Communication Theory
Electromagnetic Fields and
Waves
Complex Variable Analysis,
Laplace and Fourier Transforms
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Sl.
No.
1
2
COURSES FOR 3rd YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Artificial Intelligence and Neural
ICE-3101
3.00
3.00
Computing
Sessional Based on Artificial
ICE-3102
3.00
1.50
Intelligence and Neural Computing
3
ICE-3103
Radio and TV Engineering
3.00
3.00
4
ICE-3104
Sessional Based on Radio and TV
Engineering
1.50
0.75
5
ICE-3105
Network Programming with Java
3.00
3.00
6
ICE-3106
3.00
1.50
7
ICE-3107
3.00
3.00
8
ICE-3108
3.00
1.50
9
ICE-3109
Signal and Systems
3.00
3.00
10
ICE-3110
Sessional Based on Signal and
Systems
1.50
0.75
11
ICE-3111
Viva-voce
1.50
0.75
28.50
21.75
Sessional Based on Network
Programming with Java
Computer Architecture and Parallel
Processing
Sessional Based on Computer
Architecture and Parallel
Processing
Total 
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Sl.
No.
1
2
3
4
5
COURSES FOR 3rd YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Project Design and
ICE-3201
3.00
1.50
Development
DBMS, Data Warehousing and
ICE-3202
3.00
3.00
Data Mining
Sessional Based on DBMS,
ICE-3203
Data Warehousing and Data
3.00
1.50
Mining
Telecommunication Systems,
ICE-3204
3.00
3.00
Networks and Switching
Sessional Based on
ICE-3205
Telecommunication Systems,
1.50
0.75
Networks and Switching
3.00
3.00
3.00
1.50
3.00
3.00
1.50
0.75
Information Theory and Coding
3.00
3.00
ICE-3211
Sessional based on Information
Theory and Coding
3.00
1.50
ICE-3212
Viva-voce
1.50
0.75
31.50
23.25
6
ICE-3206
7
ICE-3207
8
ICE-3208
9
ICE-3209
10
ICE-3210
11
12
Digital Communication
Sessional Based on Digital
Communication
Antennas and Radio Wave
Propagation
Sessional Based on Antennas
and Radio Wave Propagation
Total 
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Sl.
No.
COURSES FOR 4th YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
3.00
0.00
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
Multimedia Communication
3.00
3.00
ICE-4119
Sessional Based on Multimedia
Communication
1.50
0.75
10
ICE-4110
Project Planning & Management
3.00
3.00
11
ICE-4111
Viva-voce
1.50
0.75
25.50
18.75
1
ICE-4101
2
ICE-4102
3
ICE-4103
4
ICE-4104
5
ICE-4105
6
ICE-4106
7
ICE-4107
8
ICE-4108
9
Project
Computer Network and Data
Communication
Sessional Based on Computer
Network and Data
Communication
Wireless and Mobile
Communication
Sessional Based on Wireless and
Mobile Communication
Cryptography and Network
Security
Sessional Based on Cryptography
and Network Security
Total 
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Sl.
No.
COURSES FOR 4th YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
3.00
1.50
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
3.00
3.00
Digital Signal Processing
3.00
3.00
ICE-4209
Sessional Based on Digital
Signal Processing
3.00
0.75
10
ICE-4210
Viva-voce
1.50
0.75
11
ICE-4211
Viva-voce on Project
1.50
0.75
27.00
20.25
1
ICE-4201
2
ICE-4202
3
ICE-4203
4
ICE-4204
5
ICE-4205
6
ICE-4206
7
ICE-4207
8
ICE-4208
9
Project
System Analysis and Software
Engineering
Sessional Based on System
Analysis and Software
Engineering
Microwave and Fiber Optic
Communication
Sessional Based on Microwave
and Fiber Optic Communication
Satellite Communication and
Radar
Neural and Fuzzy Systems in
Communications
Total 
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Sl.
No
Year
/ Semester
Summary of Undergraduate Course Plan
.
1.
1st/1st
Theory
No. of
Course
Credits
Sessional
No. of
Course
Credi
Total
Credits
t
s
5
15.00
4
3.75
18.75
2.
nd
1 /2
6
18.00
5
4.50
22.50
3.
2nd/1st
st
5
15.00
5
6.00
21.00
4.
nd
nd
2 /2
5
15.00
4
3.75
18.75
5.
rd
st
5
15.00
6
6.75
21.75
6.
rd
nd
3 /2
5
15.00
7
8.25
23.25
7.
4th/1st
5
15.00
6
3.75
18.75
5
15.00
6
5.25
20.25
41
123
43
42
165
8.
3 /1
th
nd
4 /2
Grand Total
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COURSES FOR 1st YEAR 1st SEMESTER
Sl.
No.
Course
No.
1
ICE-1101
2
ICE-1102
3
ICE-1103
4
ICE-1104
5
6
7
8
9
ICE-1105
MATH-1101
HUM-1101
HUM-1102
ICE-1108
Course Title
Introduction to Electronic Devices
Sessional Based on Electronic
Devices
Information Technology and
Computer Fundamental
Sessional Based on Information
Technology and Computer
Fundamental
Engineering Graphics
Differential Calculus and Geometry
Bangladesh Studies
Fundamental English
Viva-voce
Total 
Theory/ Sessional
Contact
Credits
Hrs/week
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
3.00
3.00
1.50
22.50
1.50
3.00
3.00
3.00
0.75
18.75
DETAIL SYLLABUS
ICE-1101: Introduction to Electronic Devices
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Theory of Semiconductor: Electronic structure of elements, Energy Band diagram
of Conductor, Insulator and Semiconductor, Covalent Bonding in Semiconductors,
Types of Semiconductor, Semiconductor diode, Biasing Conditions of
Semiconductor diode, Forward and reverse biased p-n junction and their
characteristics, Junction breakdown, Effects of temperature on Extrinsic
Semiconductors.
Diode Applications: Introduction, Concept of Rectifier, half-wave, full-wave and
bridge rectifiers, clippers, clampers and voltage multiplier circuit, Filter
Fundamentals, Different types of Filter, Regulated power supply.
Bipolar Junction Transistor (BJT): Introduction, PNP and NPN transistors
construction and operation, Biasing and thermal stability; CB, CE and CC
configuration and their I/O characteristics, Transistor switching time, Transistor
amplifying action.
Transistor Biasing & Load Line Analysis: Transistor Biasing, Need for
biasing a transistor, Factors affecting bias variations, Stability factor, Biasing
Rule, Different types of Transistor biasing, Operating Point, Load Line analysis,
Stabilization, DC load line, Q-point and maximum undistorted output,.
PUST
ICE
2013-2014
Page 20 of 76
Field Effect Transistor (FET): Introduction, Types of FET, Construction,
Characteristics curve, Principle of operation, Channel conductivity, Channel
ohmic and pinch-off region, Characteristics parameter of the FET, Effect of
temperature on FET, Common Source AC amplifier, Common Drain amplifier,
Depletion type and Enhancement type MOSFET.
Special Diodes and Optoelectronic Devices: Zener Diode, Varactor Diode,
Tunnel Diode, PIN Diode, Photodiodes, Phototransistors, SCR, UJT, DIAC,
TRIAC, LCD, LED, solar cells.
Books Recommended:
1.
Electronic Devices and Circuit Theory
:
2.
A Textbook of Electrical Technology
Vol-I to Vol-IV
Fundamentals of Electrical Engineering
and Electronics
Basic Electronics (Solid State)
Principle of Electronics
Hand Book of Electronics
:
Robert L. Boylestad,
Louis Nashelsky
B.L.Theraja , A.K.Theraja
:
B.L Theraja
:
:
:
B.L Theraja
V. K. Mehta
Gupta & Kumar
3.
4.
5.
6.
ICE-1102: Sessional based on Electronic Devices
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Electronic Devices.
ICE-1103: Information Technology and Computer Fundamental
Credit: 3.00
Contact Hours: 3.00 Hours/Week
The Digital Age: Data, Information & Knowledge, The role of IT in the present
era, Trends & Concept of ICT; Early efforts: ICT as a sector, ICT as
development enabler, Public sector initiatives, Policy and Legal context,
Emergence of Digital Bangladesh; Key Elements of Digital Bangladesh, Human
Resource Development (HRD), Connecting the Citizens, ICT in Business; the
Prospect of a "Global Village", Mission, Vision & Major Functions MOSICT;
Vision 20-21.
Introduction to Computer: Early computing devices, Generation of computers,
Different computer systems, Mainframe computer, Minicomputer,
Microcomputer, Supercomputer, etc., Computer and Society, Analog and Digital
Computer, Functional units of a Digital Computer.
Computer Hardware Fundamentals: Basic units of computer Hardware,
Keyboard, Mouse, Pointing Devices, Scanning Devices, Voice input device,
Different types of Monitors, Different types of Printers, Voice output device,
Different parts of the microcomputer system unit, Internal structure of CPU,
PUST
ICE
2013-2014
Page 21 of 76
Motherboard, Specialized Processor Chips, System Clock, Expansion Slots &
Boards, Bus Lines, Ports, Plug-In Cards, Function of RAM, ROM and Cache
memory, Basic functional mechanism of HDD, CD-ROM, other forms of
Optical Disks, Magnetic Tape, Other forms of secondary storage - Flash
Memory, Smart Cards, Backing up of data.
Computer Software Fundamentals: Overview of Software, Types of
Software, Operating System and System Software, Introduction to BIOS, DOS,
WINDOWS, UNIX, Booting process of a computer, Introduction to some
application of software, Programming Languages, Generation of Languages,
Compiler and Interpreter, Computer Crime and Security System.
Communications Network: Communications & Connectivity, Tools of
Communications & Connectivity, Multimedia Systems, Computer Networks,
Basic concepts on LAN, MAN, WAN; Telephone-Related Communication
Services: Fax Messages, Voice Mail, E-mail, VOIP; Video/Voice
Communication: Teleconferencing and Picture Phones; Online Information
Services, Electronic Bulletin Board Systems (BBSs), Internet Resources,
Intranet; Portable work: Telecommuting & Virtual Offices, E-Commerce, MCommerce, WAP and WWW.
Information and Data Processing: Data organization, Types of data
processing, Data processing cycles, Centralized and Distributed data processing,
an overview of database management systems (DBMS).
Books Recommended:
:
Dennis P. Curtin
:
William, Sawyer,
Hutchinson
:
:
V Raja Raman
S Jaiswal
5.
6.
Information Technology – The Breaking
Wave
Using Information Technology-A Practical
Introduction to Computers &
Communications
Analysis & Design of Information Systems
Information Technology Today,
Encyclopedia of Information Technology
Computer Today
Computer & Information Processing
:
:
7.
8.
Information Technology for Management
Future Impact of Information Technology
:
:
9.
10.
11.
12.
13.
Computer and Their Application
Principles of Data Processing
Fundamentals of Computers
Introduction to Computer
Computer Fundamentals
:
:
:
:
:
Suresh Basandra
Floyd Fuller, William
Manning
E Turban
British Computer
Society
Charles S. Parker
R. M. Stair
V. Rajaraman
P. Norton
Moorning Kim
1.
2.
3.
4.
PUST
ICE
2013-2014
Page 22 of 76
ICE-1104: Sessional Based on Information Technology and
Computer Fundamental
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Information Technology and Computer Fundamental
ICE-1105: Engineering Graphics
Credit: 1.50
Contact Hours: 3.00 Hours/Week
AutoCAD, Drawing equipment and the use of instruments, Basic drafting
techniques and standards, Sectional and isometric views of solid geometric
figures, interpenetrating of surfaces, Development of surfaces, freehand sketch
of machine and engine components, Introduction to computer-aided drawing.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Engineering Graphics
Engineering Graphics Text and
Workbook
Engineering Graphics with AutoCAD
2013
Engineering Graphics
Engineering Graphics
Graphics for Engineers
Introduction to Graphics
Communications for Engineers
Auto CAD 2013: A Problem Solving
Approach
:
:
:
Frederick E. Giesecke
Jerry W. Craig and Orval B.
Craig
James D. Bethune
:
:
:
:
A M Chandra,S Chandra
Frederick Ernest Giesecke
James H Earle
Gary R. Bertoline
:
Sham Tickoo
MATH-1101: Differential Calculus and Geometry
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Differential Calculus: 1.a) Functions: kinds (polynomial, rational, transcendental,
even, odd, periodic), Domain, range, inverse function and graphs of standard
functions. 1.b) Limit and continuity: epsilon-delta definition and geometric
interpretations. 2.a) Differentiability: Elementary properties, geometric
interpretation, Absolute maxima and minima. 2.b) Successive differentiations and
Leibniz theorem. 3.a) Rolle's Theorem, Mean value Theorem, Taylor's and
Maclaurin's Theorems, approximation of a function by polynomials and series,
indeterminate forms and L'Hospital's rule. 3.b) Application of derivative for curve
tracing, maxima and minima of functions of a single variable. 4.a) Tangent, normal,
Asymptote, curvature. 4.b) Function of double variables, domain, continuity, partial
derivatives and total derivative, Euler’s Theorem, Jacobian and Hessian.
PUST
ICE
2013-2014
Page 23 of 76
Geometry of Two and Three Dimensions: 1.a) Co-ordinate systems: Cartesian coordinates, Polar co-ordinates, Parameters, Standard Equations in different coordinates systems and their parametric representations, Transformation of coordinates. 1.b) Pair of straight lines: Condition for a general equation of 2nd degree
in two variables to represent pair of straight lines, Properties of pair of straight lines.
2.a) Conics: The general equation of 2nd degree in two variables and reduction to
standard forms, identification of conics, Parabola, Ellipse and Hyperbola: Derivation
of standard forms and properties. 2.b) System of circles: Circles and system of
circles, General properties, orthogonality of two circles, limiting circle, radical axis,
co-axial circles. 3.a) Co-ordinate systems: Cartesian, Cylindrical and Spherical
systems, Direction cosines and direction ratios, Projection, Angle between two lines.
3.b) Planes and Straight lines : Planes, different form of planes and conversions,
angle between two planes, Lines, different form of lines and conversions, angle
between two lines, angle between a line and a plane, Plane containing a line, plane
containing two lines, shortest distance between two lines. 4.a) The general equations
of second degree and reduction tostandard forms, identification of conicoids, cone,
Generators, condition for a general equation of second degree to represent Cylinder
or Cone, right circular cone, right circular Cylinder. 4.b) Sphere: Equation of sphere,
a plane and a sphere, a line and a sphere, plane of contact, tangent planers, polar
planes, angle of intersections of two spheres, condition of orthogonality, radical line,
plane and centers, co-axial spheres.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
16.
Analytic Geometry of Conic Sections
A text book on Co-ordinate geometry
with vector analysis
Analytic Geometry of Conic Sections.
The elements of coordinate geometry
Analytic Geometry of Conic Sections.
A Treatise on Plane Co-Ordinate
Geometry as Applied to the Straight
Line and the Conic Sections: With
Numerous Examples
Differential Calculus
Calculus
Differential Calculus
Differential Calculus
Calculus
Advanced Calculus
Calculus and Analytical Geometry
17. Calculus and Analytical Geometry
PUST
ICE
2013-2014
:
:
H. H. Askwith
Rahman & Bhattacharjee
:
:
:
:
C. Smith
Sidney Luxton Loney
J. M. Kar
Isaac Todhunter
:
:
:
:
:
:
:
J. Edwards
H. Anton
P.K. Bhattacharjee
Das and Mukherjee
F. Ayres
M.R. Spigel
G.B. Thomas and R.L.
Finny
Stein and Bercellos
:
Page 24 of 76
HUM-1101: Bangladesh Studies
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Historical Background of Bangladesh: 1204-1947: Muslim rule from 1204-1757,
British rule from 1757-1947, Indian Independence Act, 1947. 1947-1971: Language
Movement of 1952, General Election of 1954 along with 21-point program,
Constitution of Pakistan of 1956 (Feature, National Assembly of 1956), Power and
Functions of President and Prime Minister, Causes of failure of the constitution of
1956, Martial-Law of 1958 and its impact on Pakistan politics, Constitution of 1962
(Basic democracy and causes of its failure), Movement for Autonomy (Disparity
towards East Pakistan with its description), 6-point program of 1969, Agartala
Conspiracy case, 1969, Mass upsurge of 1969, Election of 1970 and its result,
Declaration of Independence, Mujib Nagar government and final victory of the war
of liberation.
Government of Bangladesh: Constitution of the Peoples’ Republic of Bangladesh1972, Executives of Bangladesh government (power and functions of President and
Prime Minister), Legislature of Bangladesh, The Judiciary system of Bangladesh,
Administration system of District administration, Local government and Local selfgovernment.
Development of Bangladesh: Basic Economic Problems of Bangladesh, Solution
of the Economic Problems, Concepts of Development and Underdevelopment,
Economic Growth and Economic Development, Causes of Economic
Backwardness, Methods of Process and Determinants of Development, Economic
Development of Bangladesh, Modernization, Problems and Solution of Agriculture
Sector of Bangladesh, Process of Industrialization in Bangladesh, Problems and
prospects of Small and Medium-Scale Industries, Importance of Small and Cottage
Industries in the Economy of Bangladesh.
Economic Planning in Bangladesh: Short and Long-range Planning, Population
policy and Manpower Training.
Resources for Development: Internal and External resources, Private and Public
resources, Methods for Mobilization of Domestic Resources, Role of Foreign Aid,
Foreign Capital in Economic Development.
Books Recommended:
1. Bangladesh Politics: Problems and Issues
2. Constitutional Development in Bangladesh
3. Government & Politics of Pakistan
4. The Economy of Bangladesh
5. Bangladesh: Test Cases of Development
6. Population policy and Zero population
Growth for Bangladesh
9. Development Planning in Bangladesh
10. Foreign Aid Dependence to Self -Reliance
PUST
ICE
2013-2014
:
:
:
:
:
:
Rownak Jahan
Dilara Chowdhury
Dr. M. A. Chowdhury
A. R Khan
Farland and J.R
M.R Khan
:
:
Nurul Islam
Rehman Sobhan
Page 25 of 76
11. Purba Banglar Bhasha Andolon and
Tatkaleen Rajniti
12. Constitutional Development in Pakistan
13. Radical Politics and Emergency of
Bangladesh
14. Bangladesh Society, Politics and
Bureaucracy
:
Badar Uddin Omar
:
:
G.W. Chowdhury
Talukder Moniruzzaman
:
Mahab Khan
HUM-1102: Fundamental English
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: a. Parts of Speech (Changing); b. Sentence making rules,
Different types of sentences; c. Tense, Right forms of verbs, Verb conjugation;
d. Transformation of sentences: Different types of sentences– Converting
degree; e. Appropriate preposition; f. Idioms & Phrase; g. Voice; h. Narration; i.
Correction of sentences; j. WH Question; k. Completing sentences; l. Synonyms
and Antonyms.
Communicative English: a. Introductions one-self; b. Conversation &
Dialogue; c. Group Discussion; d. Notations & Functions.
Paragraph Writing: a. Amplification of Ideas; b. Structure and Classifications;
c. Topic Sentence; d. Topic Developers; e. Topic Termination; f. Open-ended
Paragraph; g. Close-ended Paragraph.
Essay Writing: a. Hints given Essay, without hints Essay; b. Free hand Essay
writing on current Issues.
Reading Comprehension: a. Precise writing; b. Vocabulary building; c.
Synonym & Antonym; d. Use of words in different Parts of Speech; e. TrueFalse (Yes/No/ Not given); f. Fill in the Blanks; g. Tree Chart, Flow Chart.
Business Writing: a. Agenda; b. Notice; c. Memo; d. Meeting Minutes; e.
Quotation; f. Tender.
Letter Writing: a. Job application; b. Resume; c. Formal & Informal letter; d.
Letter to Newspaper.
Report writing: a. Technical Report; b. Lab Report; c. Newspaper Report.
Books Recommended:
1.
2.
3.
4.
5.
6.
Basic English Grammar, Second
Edition
A Comprehensive Grammar of
Current English
Fundamentals of English Grammar
Advanced Grammar in Use With
answers
Communication Handbook
:
English for Business Communication
Student's book
:
PUST
ICE
2013-2014
:
:
:
:
Betty Schrampfer Azar
C.J. Joseph, E.G. Myall and
A. Biswas
Betty Schrampfer Azar
Martin Hewings
Alexandra Atepaeva Debbie
Evers,
Simon Sweeney
Page 26 of 76
7.
Technical English: Writing, Reading
and Speaking
:
Cambridge English for Engineering
Student's Book with Audio CDs (2)
(Cambridge Professional English)
9. Professional English in Use
Engineering With Answers:
Technical English for Professionals
10. Technical Writing Basics
11. The Elements of International
English Style: A Guide to Writing
Correspondence, Reports, Technical
Documents, and Internet Pages for a
Global Audience
12. Basic Technical English: Student
Book
:
8.
PUST
ICE
2013-2014
Nell Ann Pickett, Ann
Appleton Laster, Katherine E.
Staples
Mark Ibbotson
:
Mark Ibbotson
:
:
Brian R. Holloway
Edmond H. Weiss
:
Jeremy Comfort, Steve Hick,
Allan Savage
Page 27 of 76
Sl.
No.
COURSES FOR 1st YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
1
ICE-1201
Analog Electronics
3.00
3.00
2
ICE-1202
Sessional based on Analog
Electronics
3.00
0.75
3
ICE-1203
Programming with C
3.00
3.00
4
ICE-1204
Sessional based on
Programming with C
3.00
1.50
5
ICE-1205
Circuit Theory and Analysis
3.00
3.00
6
ICE-1206
3.00
0.75
7
ICE-1207
3.00
3.00
8
ICE-1208
3.00
0.75
9
MATH-1201
3.00
3.00
10
HUM-1201
3.00
3.00
11
ICE-1209
1.50
0.75
28.50
22.50
Sessional based on Circuit
Theory and Analysis
Applied Electricity and
Magnetism
Sessional based on Applied
Electricity and Magnetism
Integral Calculus and
Differential Equations
Financial Accounts and
Economic Analysis
Viva-voce
Total 
DETAIL SYLLABUS
ICE-1201: Analog Electronics
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Basic Transistor Amplifiers: Classification of amplifiers, CB,CE and CC
amplifiers, Gain and Characteristics of CB,CE and CC amplifiers, Different
types of power amplifiers, Distortion of amplifiers, Noise, Concept of Decibel
System.
Multistage Amplifier: Amplifier coupling, RC coupled two-stage amplifier,
Advantages of RC coupling, Impedance coupled two-stage amplifier,
Advantages of Impedance coupled amplifier, Transformer coupled two-stage
amplifier and its advantages, disadvantages and applications, DC two-stage
PUST
ICE
2013-2014
Page 28 of 76
amplifier and its advantages, disadvantages and applications, Darlington pair,
Comparison between Darlington pair and emitter follower, Multistage frequency
effect.
Amplifiers with negative feedback: Concept of Feedback, Negative Feedback,
Positive Feedback, Need for negative feedback, Voltage and Current Feedback,
Virtual Feedback, Effect of feedback on Impedance, Gain, Bandwidth and
Distortion.
Sinusoidal and Non-sinusoidal Oscillators: Oscillator, Condition of
Oscillation and Stabilization, Oscillator vs Amplifier, Hartley Oscillator,
Colpitt’s Oscillator, Phase Shift and Wein-bridge Oscillators, Resonant Circuit
Oscillators, Different types of Multivibrators and their uses, Schmitt Trigger,
Transistor Blocking Oscillator.
Analog Integrated Circuits: Basic concept of Operational Amplifier,
Properties of an ideal Op-Amp, Non-inverting Inverting and Differential
amplifiers; Integrator, Differentiator, Weighted Summer, Subtractor, Slew rate,
CMRR, audio amplifier, constant gain Op-Amp, Op-Amp based oscillatory
circuits and their applications, Frequency Response and Bandwidth of Op-Amp,
The 555 IC timer, Astable and Monostable operation of 555 timer.
Active Filter: Types of filters, Low-pass filter: First order low-pass Butter
worth filter, Second order low-pass Butter worth filter, High-pass filter: First
order high-pass Butter worth filter, Second order high-pass Butter worth filter,
Higher order filters, Band-pass filters: Wide Band-pass filter, Narrow Band-pass
filter, Band Rejected filters: Wide band rejected filters, Narrow band rejected
filters, All-pass filters.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
A Textbook of Electrical Technology Vol-I
to Vol-IV
Fundamentals of Electrical Engineering and
Electronics
Basic Electronics (Solid State)
Principle of Electronics
Hand Book of Electronics
Electronic Devices and Circuits
Electronic Devices and Circuits
Electronic Principles
Op Amp Applications Handbook
:
:
B.L.Theraja,
A.K.Theraja
B.L Theraja
:
:
:
:
:
:
:
B.L Theraja
V. K. Mehta
Gupta & Kumar
Allen Mottershead
Millman and Halkias
Malvino
Walt Jung
ICE-1202: Sessional based on Analog Electronics
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Laboratory based on Analog Electronics
PUST
ICE
2013-2014
Page 29 of 76
ICE-1203: Programming with C
Credit: 3.00
Contact Hours: 3.00 Hours/Week
C Programming Fundamentals: History of C, Importance of C, Programming
structure of C, Constants, Variables, Keywords and Identifiers, Data types,
Operators, Type Conversion in Expression, Reading a Character, Writing a
Character.
Decision Making and Looping: if statements, if-else statements, Nesting of
if…else statements, the else…if ladder, the switch statements, the ?: operator, the
goto statement, break and continue statements, the while statement, the do
statement, the for statement.
Arrays: One dimensional array, Declaration of one dimensional arrays,
Initialization of one dimensional arrays, Two dimensional arrays, Initialization
of two dimensional arrays, Introduction to multi-dimensional array.
Character Arrays and String: Declaring and initializing string variables,
Reading string from terminal, Writing string to screen, Comparison of two
strings, String-handling functions, Table of strings.
User-defined Function: Definition of functions, Function declaration, Category
of functions: no arguments and no return values, arguments but no return values,
arguments with return values, no arguments but returns a value; Recursion,
Passing arrays to functions, Passing string to function.
Structures and Union: Defining a Structure, Declaring Structure variables,
Accessing Structure members, Structure initialization, Arrays of Structures,
Arrays within Structure, Structure within Structure, Structures and Functions,
Union, Size of Structure.
Pointers: Understanding Pointers, Accessing the address of a variable,
Declaring Pointer variables, Initialization of a Pointer variable, Accessing a
variable through its Pointer, Pointers and Arrays, Pointers and character strings,
Array of Pointers, Pointers as function arguments, Function returning Pointers,
Pointers to Function, Pointers to Structures.
File Management in C and Dynamic Memory Allocation: Defining and
opening a file, Closing a file, Input/Output operation on files, Command line
arguments, Dynamic memory allocation, Allocating a block of memory:
MALLOC, Allocating multiple blocks of memory: CALLOC.
Graphics in C: Working with color, text, line and other shapes for creating
graphics.
Books Recommended:
1. The Complete Reference C
2. Programming with C
3. Programming in ANSI C
4. The C Programming Language
PUST
ICE
:
:
:
:
Herbert Schieldt
Byron S Gotfried
E. Balagurushamy
Kernighan and Ritche
2013-2014
Page 30 of 76
ICE-1204: Sessional based on Programming with C
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Programming with C
ICE-1205: Circuit Theory and Analysis
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Electrical Circuit: Electrical units and Standards, Electrical power sources,
Electrical circuit elements and models, Series dc circuits, Parallel dc circuits,
Series-Parallel dc circuits, Voltage and Current sources.
Analysis of dc networks: Branch-Current Analysis, Mesh Analysis, Nodal
Analysis, Bridge Networks.
Network Theorems: Superposition Theorem, Thevenin’s Theorem, Norton’s
Theorem, Maximum Power Transfer Theorem, Millman’s Theorem,
Substitution Theorem, Reciprocity Theorem.
Sinusoidal Alternating Waveforms: Characteristics and Definitions,
Frequency Spectrum, Representation of ac quantities, Phase Relations, Average
Value, Effective (RMS) value, Response of basic R, L, and C elements to a
sinusoidal voltage or current, Frequency response of basic elements, Average
Power and Power Factor, Phasor Algebra.
Series and parallel ac circuits: Impedance and Phasor Diagram, Voltage
Divider Rule, Admittance and Susceptance, Current Divider Rule, Frequency
response for series and parallel ac elements.
Resonance: The Quality Factor, Series and Parallel resonant circuits, Effect of
Q-value, Impedance and Bandwidth.
Magnetic Circuit and Concepts: Flux, Fields, Permeability, Reluctance,
Analysis of magnetic circuits.
Books Recommended:
1.
2.
3.
4.
5.
Electronic Devices and Circuit
Theory
Introductory Circuit Analysis
Electrical Technology VOL–I to IV
Circuit Analysis: Theory and
Practice
Basic Circuit Analysis
PUST
ICE
:
:
:
:
:
2013-2014
Robert L. Boylestad,
Louis Nashelsky
Robert L. Boylestad
B.L.Theraja , A.K.Theraja
Allan H. Robbins and Wilhelm C
Miller
John O'Malley
Page 31 of 76
ICE-1206: Sessional Based on Circuit Theory and Analysis
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Laboratory based on Circuit Theory and Analysis
ICE-1207: Applied Electricity and Magnetism
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Electrostatic and Steady Electric Current: Coulomb's Law, Gausss Law and
its Application, Electric field in dielectric media, Energy in a electrostatic field,
Concept of electric current density, Equation of continuity, Ohms Law,
Resistivity and Conductivity, Electromotive Force.
Magnetic Field and its Interaction: Magnetic induction, Magnetic force on a
charge, Lorentz force, Magnetic field of a current, Torque on a current loop,
Moving coil galvanometer, Biot-Savart's law and its applications, Ampere's law,
Ammeter and Voltmeter.
Electromagnetic Induction: Faraday's law of electromagnetic induction, Lenzs
law, Induced current and voltage, Self-inductance and mutual inductance,
Energy stored in a magnetic field.
Varying Current: Circuit elements, Transients in RC, RL and LRC circuits;
Solution by means of Laplace Transformation.
Transformers: Transformer action, Transformer construction, Loading a
Transformer, Equivalent circuit of Transformer, Tests of Transformer,
Transformer regulation, Efficiency of Transformer, Different types of
Transformer, Three-phase Transformer.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
Physics, Part –II
Concepts of Electricity and
Magnetism
Basic Electronics
Fundamentals of Electricity and
Magnetism
Electricity and Magnetism
Electricity and Magnetism
:
:
Text-Book of Electricity and
Magnetism
:
PUST
ICE
:
:
:
:
2013-2014
R. Resnick and D. Halliday
A.K. Haque, Ratiqullah and
A.K. Roy
Bernard Grobe
Arthur Kip
Benjamin Crowell
W. N. Cottingham,
D. A. Greenwood
G. R. Noakes
Page 32 of 76
ICE-1208: Sessional Based on Applied Electricity and Magnetism
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Laboratory based on Applied Electricity and Magnetism
MATH-1201: Integral Calculus and Differential Equations
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Integral Calculus: 1. Anti-derivative and Techniques of Indefinite integrals. 2.
Definite integrals: Geometric interpretation of definite integrals, Fundamental
theorem of calculus I and II, General properties, Evaluation of definite integrals. 3.
a) Reduction formulas. 3. b) Applications of definite integrals to find area and arclength of 2-curves, solid revolutions, volume and surface area of hollow and solids
bodies. 4. a) Improper integrals, convergence of improper integrals. 4. b) Beta and
gamma functions, their properties and applications to solve integrals.
Differential Equations: 1.a) Definitions and classifications of differential equations,
formation of differential equations, existence and uniqueness theorem (Statement
and application only), separable and homogeneous equations. 1.b) Exact equation,
integrating factor, equations made exact by integrating factor, first order linear
equation, Bernoulli equations, Riccati equation. 2.a) First order higher degree
equations-solvable for x, y and p, Clairaut's equation, singular solutions, orthogonal
and oblique trajectories. 2.b) Higher order linear homogeneous equation with
constant coefficients, reduction of order, basic theorems. 3.a) Linear nonhomogeneous equation with constant coefficients, Method of undetermined
coefficients, Method of variation of parameters, Operator method. 3.b) Linear
equation with variable coefficients: Cauchy-Euler equation, Legendre equation,
operational factoring, exact equation. 4.a) Series solutions of linear differential
equations: Taylor series method, Frobenius method. 4.b) Systems of linear
differential equations: Method of elimination, Euler's method, matrix method.
Books Recommended:
1.
2.
3.
4.
Calculus
Integral Calculus
Integral Calculus
Integral Calculus
:
:
:
:
5.
6.
7.
Differential Equations
Differential Equations
Ordinary Differential Equations
:
:
:
PUST
ICE
2013-2014
F. Ayres
B.C. Das and B.N. Mukherjee
Williamson
K. Muhammad and P.K.
Bhattacherjee
S.L. Ross
G.F. Simmons
M.A. Ansary
Page 33 of 76
HUM-1201: Financial Account and Economic Analysis
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Accountancy: Basic accounting principles, Transactions, Journal, Ledger and
Accounts. Cash book, Bank Reconciliation statement. Preparation of financial
statement. Cost accounts and its objects. Cost classification. Elements of cost,
preparation of cost sheet. Overhead allocation. Use of relevant costs in decisionmaking. Standard costing. Material cost variance. Break even analysis, Cost-Benefit
analysis.
Economics: Nature of the economics theory- applicability of the economic theories
to the problem of developing countries. Some basic concepts- Supply, Demand and
their elasticity. The relationship among average, margin and total and their
derivation. Equilibrium- stable, straight and dynamic equilibrium. Consumer’s
equilibrium- difference curve, Producer’s equilibrium-isoquant. Production-Factors
of production, Production possibility curve equilibrium of firm, fixed cost and
variable cost, the short run and the long run. The cost curves and supply curves, Law
of returns and external economics and diseconomies. Economics of development
and planning basic concept- Saving, Investment, GNP, NNP, Per-Capita Income,
Growth Rate, Policy instruments of development. Fiscal policy, Monetary policy
and Trade policy, their relative applicability in Bangladesh, some planning toolsCapital Output Ratio, Input Analysis, Planning in Bangladesh-five year plans of
Bangladesh, development problems related to agriculture, industry and population of
Bangladesh.
Books Recommended:
1.
Schaum's Easy Outline of
Accounting
Accounting
:
Joel Lerner and James Cashin
:
:
:
Henry Hazlitt
5.
Accounting for Non-Accountants,
The Fast and Easy Way to Learn the
Basics
Economics in One Lesson: The
Shortest and Surest Way to
Understand Basic Economics
Economics
Carl S. Warren, James M.
Reeve, and Jonathan E. Duchac
Wayne A. Label
:
6.
Economics
:
Campbell McConnell, Stanley
Brue, and Sean Flynn
Campbell McConnell and
Stanley Brue
2.
3.
4.
PUST
ICE
2013-2014
Page 34 of 76
Sl.
No.
1
COURSES FOR 2nd YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Design and Application of
ICE-2101
3.00
0.75
Electronic Circuits
2
ICE-2102
Digital Electronics
3.00
3.00
3
ICE-2103
Sessional Based on Digital
Electronics
3.00
1.50
4
ICE-2104
Web Programming
3.00
3.00
5
ICE-2105
3.00
1.50
6
ICE-2106
3.00
3.00
7
ICE-2107
3.00
1.50
8
MATH-2101
3.00
3.00
9
STAT-2101
3.00
3.00
10
ICE-2108
1.50
0.75
28.50
21.00
Sessional Based on Web
Programming
Discrete Mathematics and
Numerical Methods
Sessional Based on Discrete
Mathematics and Numerical
Methods
Vector, Matrix and Linear
Algebra
Elementary Statistics and
Probability
Viva-voce
Total 
DETAIL SYLLABUS
ICE-2101: Design and Application of Electronic Circuits
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Filters, Amplifier, Oscillator, Audio Transformer, Power Supply from Mains
and Batteries, Electronic Work Bench and SPICE, Digital Circuit Design,
Operational Amplifiers and Programmable Timers.
PUST
ICE
2013-2014
Page 35 of 76
ICE-2102: Digital Electronics
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Number Systems: Binary Numbers, Number base conversion, Octal and
Hexadecimal Numbers, Complements, Binary Codes, Binary storage, Digital
Logic.
Boolean Algebra and Logic Gates: Basic definitions, Axiomatic definitions of
Boolean algebra, Basic theorem and properties, Boolean functions, Canonical
and standard forms, Other logic operations, Digital Logic Gates.
Simplification of Boolean Functions: Map Method, Two and three variable
maps, Four variable map, five and six variable maps, Product of Sum
simplification, NAND & NOR implementation, Other two-level
implementations, Don’t care conditions, Tabulation Method, Determination and
selection of Prime Implicants.
Combinational Logic: Design Procedure, Adders, Subtractors, Boolean Code
conversion, Analysis procedure, Multilevel NAND and NOR Exclusive-OR and
equivalence function, Binary Parallel Adder, Decimal Adder, Magnitude
Comparator, Encoder, Decoder, Multiplexer, De-multiplexer, PLA.
Sequential Logic: Flip-Flops, Triggering of Flip-flop, Analysis of clocked
sequential circuits, State reduction and assignment, Flip-flop excitation tables,
Design Procedure, Design of counters, Design with state equations.
Applications: Registers, Shift registers, Buses, Ripple Counters, Synchronous
Counters, Timing Sequences, Semiconductor memories, RAM, ROM, EPROM,
EEPROM, A/D and D/A converters and their Applications.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
Digital Electronics
Digital Systems
Digital Electronics
Digital and Computer Design
Switching Theory and Digital Electronics
Digital Circuit and Logic Design
Digital Electronics: A Practical Approach
Basic Digital Electronics
Digital Electronics: Principles and
Applications
10. Digital Electronics Demystified
11. Digital Fundamentals
12. Pulse, Digital, and Switching Waveforms
PUST
ICE
2013-2014
:
:
:
:
:
:
:
:
:
Malvino
Tocci Winder
William Gothmann
Mouris Mano
Dr. V K Jain
S.C. Lee
William Kleitz
Alvis J. Evans
Roger L. Tokheim
:
:
:
Michael Predko
Thomas L. Floyd
Jacob Millman
Page 36 of 76
ICE-2103: Sessional Based on Digital Electronics
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Digital Electronics.
ICE-2104: Web Programming
Credit: 3.00
Contact Hours: 3.00 Hours/Week
HTML & HTML5: Introduction, Editors, Basic Elements, Attributes,
Formatting, Links, Tables, Lists, Forms, Colors, HTML Graphics, and HTML5:
Elements, Semantic, Forms, Graphics, Media, APIs.
Javascript: Introduction , Why Javascript, Output, Statements, Comments,
Variables, Data Types, Objects, Functions, Operators, Comparisons, Conditions,
Switch, Loops, Breaks, Regular Expressions, Ajax, JS HTML DOM.
CSS & CSS3: Introduction, Syntax, ID and Class, Texts, Fonts, Links, Lists,
Tables,Selectors, Attr Selectors, CSS3: Gradients, 2D Transform, 3D
Transform, Transition, Animations, Media
PHP & MySQL: Basic syntax, Types, Variables, Constants, Expressions,
Operators, Control Structures, Functions, Classes and Objects, Exceptions,
HTTP authentication with PHP, Cookies, Sessions, Database, MySQL, Database
Connections.
Books Recommended:
1. PHP Bible
2. PHP and MySQL Web Development
:
:
3. Beginning PHP and MySQL: From
Novice to Professional
4. PHP 6 and MySQL 5 for Dynamic Web
Sites: Visual QuickPro Guide
:
Tim Converse
Luke Welling, Laura
Thomson
W. Jason Gilmore
:
Larry Ullman
5. Programming PHP
:
Rasmus Lerdorf , Kevin
Tatroe , Peter MacIntyre
ICE-2105: Sessional Based on Web Programming
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Web Programming
PUST
ICE
2013-2014
Page 37 of 76
ICE-2106: Discrete Mathematics and Numerical Methods
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Mathematical Logic: Connectives, Normal Forms, Theory of inference for
proposition calculus, Predicate calculus, Inference theory of predicate calculus,
Methods of proof, Mathematical induction.
Relation Ordering and Structure: Relations, Properties of binary relation in a
set, Composition of binary relation, Relation matrix and graph of a relation,
Partial ordering, Path in relation and digraph. Partially ordered set, Extremal
element of Poset, Lattice, Finite Boolean algebra, Function on Boolean algebra,
Boolean functions as Boolean polynomials.
Graphs and Trees: Introduction to graph, Graph terminology, Representing
graph and graph isomorphism, Paths, Reachability, Connectivity, Euler and
Hamilton path, Mathematical problems, Graph coloring, Matrix representation
of graph, Introduction to Tree, Tree terminology.
Groups, Semigroups and Monoids: Definition of Groups and examples,
Homo-morphism, Product and Quotients of groups, Homomorphism of
Semigroups and Monoids, Grammars and Languages, Formal definition of a
Language.
Approximations and Errors: Accuracy and Precision, Error Definitions,
Round-Off Errors, Truncation Errors.
Roots of Equations: Graphical Methods, The Bisection Method, The FalsePosition Method, The Iteration Method, The Newton-Raphson Method, The
Secant Method.
Interpolation: Newton-Gregory Formula for Forward and Backward
Interpolation with equal intervals, Divided Differences, Newton’s and
Lagrange’s Divided-Difference Interpolating Polynomials for unequal intervals,
Central Difference, Gauss’s Central Difference Formula, Stirling’s Interpolation
Formula, Bessel’s Interpolation Formula.
Curve Fitting: Linear Regression, Linear Curve Fitting Methods, Least Square
Method, Non-Linear Curve Fitting Methods, Polynomial of nth Degree, Power
Function, Exponential Function, Polynomial Regression.
Numerical Differentiation and Integration: Numerical Differentiation,
Numerical Integration, The Trapezoidal Rule, Simpson’s Rules, Weddle’s Rule.
Numerical Solutions of Ordinary Differential Equations: Solution by
Taylor’s Series, Picard’s Method, Euler’s Method, Modifications and
Improvements of Euler’s Methods, Runge-Kutta Methods, Adaptive RungeKutta Methods.
Books Recommended:
1.
2.
3.
Theory and Problems of
Discrete Mathematics
Discrete Mathematical
structures
Discrete Mathematics in
Computer Science.
PUST
:
Lipshutz
:
Bernard Kolman, Robert C. Busby,
Sharon Ross, Prentice Hall of India.
Donals F. Stanat David S. Ross, F.
McAllister
:
ICE
2013-2014
Page 38 of 76
4.
Schaum's Outline of Discrete
Mathematics
5. 2000 Solved Problems in
Discrete Mathematics
6. Discrete Mathematics and Its
Applications
7. Introductory Methods of
Numerical Analysis
8. Numerical Analysis
9. Numerical Methods for
Scientists and Engineers
10. Numerical Methods for
Engineers
11. Numerical Methods
:
Seymour Lipschutz and Marc Lipson
:
Seymour Lipschutz
:
:
Kenneth H. Rosen, WCB/ McGrawHill.
S. S. Sastry
:
:
A.R. Vasishtha, Vipin Vasishtha
R. W. Hamming
:
Steven Chapra and Raymond Canale
:
12. Numerical Methods with
MATLAB
:
J. Douglas Faires and Richard L.
Burden
Amos Gilat and Vish Subramaniam
ICE-2107: Sessional Based on Discrete Mathematics and
Numerical Methods
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Discrete Mathematics and Numerical Methods.
MATH-2101: Vector, Matrix and Linear Algebra
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Vector Analysis: 1.a) Vectors and scalars: definitions and fundamental laws,
product of vectors, geometrical and physical interpretations, reciprocal vectors. 1.b)
Vector Geometry: equation of planes, straight lines and spheres. 2. Vector
differentiation, Vector differential operators, gradient, divergence, curl and their
physical interpretations. 3. Vector integration, Green's theorem, Gauss' theorem and
Stokes’ theorem and their applications. 4. Curvilinear co-ordinates.
Matrix: Definition of matrix, Different types of matrix, Algebra of matrix, Adjoin
and inverse of a matrix, Elementary transformations of matrix, Matrix polynomials,
Calay-Hamilton theory with uses of rank and nullity, Normal and Canonical forms,
Solution of Linear equations, Eigenvalues and Eigenvectors.
Linear Algebra: Vector space, subspace, sum and direct sum, Linear dependence
and independence, Basis and Dimension, Linear transformation: Range, Kernel,
nullity, rank, singular and non-singular transformations, Matrix representation of a
linear operator. Change of basis, similarity, Matrices and linear mappings.
Characteristic roots and Vectors of linear transformations.
PUST
ICE
2013-2014
Page 39 of 76
Books Recommended:
1.
2.
3.
Vector Analysis
Vector Analysis
Schaum's Outline of Vector Analysis
:
:
:
4.
5.
Schaum's Outlines Vector Analysis
Div, Grad, Curl, and All That: An
Informal Text on Vector Calculus
Theory and Problems of Matrices
Theory of Matrices
Matrices
Higher Algebra
:
:
6.
7.
8.
9.
:
:
:
:
M.R. Spiezel
M.A. Sattar
Murray Spiegel and
Seymour Lipschutz
Murray R. Spiegel
H. M. Schey
F. Ayres
Moduffe
M.L. Khanna
Hall and Knight
STAT-2101: Elementary Statistics and Probability
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Statistics: Meaning and Scope, Variables and Attributes. Collections and
presentation of statistical data. Frequency distribution and Graphical
Representation.
Statistical Analysis: Location, Dispersion and their measures, Frequency
distribution; Mean, Median, Mode and other measures of central tendency;
Standard deviation and other measures of dispersion; Moments, Cumulants,
Skewness, Kurtosis; Elementary probability theory and discontinuous
probability distributions (Binomial, Poisson and Negative Binomial);
Characteristics of distributions; Elementary sampling theory; Estimation;
Hypothesis Testing and Regression Analysis.
Elements of Probability: Sample Space, Events, Union and Intersection of
Events. Probability of Events. Loss of probability. Frequency limit and
probabilities. Addition law of probability. Application to Occupancy problems,
Bose-Einstein statistics, Fermi-Dirac statistics, Conditional probabilities. Bayes
probability, Chebysev's Inequality.
Random Variables and Probability Distribution: Basic concepts. Discrete
and continuous random variables. Density and distributional functions.
Mathematical expectation and variance. Conditional expectation and conditional
variance, Expected values and variance of the density distributions. Moments
and Cumulants generating functions, Characteristics function. Study of
Binomial, Poisson, Normal, Geometric, Negative binomial, Hypergeometric,
Multinomial, Cauchy and Wibul distribution.
Books Recommended:
1.
2.
Interpreting Data
The Elements of Probability Theory
PUST
ICE
2013-2014
:
:
A. J. B Anderson
Cramer H.
Page 40 of 76
3.
4.
:
:
Hoel. P. G.
D.V. Lindley
5.
6.
Introductory Statistics
Introduction to Probability and Statistics,
\Vol-I
Probability
Probability with Statistical Applications
:
:
7.
8.
Elements of Probability and Statistics
Introductory Statistics
:
:
9.
An Introduction to the Theory of Statistics
:
S Lipschutz
Mosteller, Rouke and
Thomas
F.L. Wolf
T.H. Wonnacot,
R.J. Wonnacot
Charles Griffin
PUST
ICE
2013-2014
Page 41 of 76
COURSES FOR 2nd YEAR 2nd SEMESTER
Theory/ Sessional
Contact
Credits
Hrs/week
Sl.
No.
Course
No.
Course Title
1
ICE-2201
Data Structure and Algorithm
3.00
3.00
2
ICE-2202
Sessional Based on Data
Structure and Algorithm
3.00
1.50
3
ICE-2203
Communication Theory
3.00
3.00
4
ICE-2204
3.00
0.75
5
ICE-2205
3.00
3.00
6
MATH-2201
3.00
3.00
7
STAT-2201
Theory of Statistics
3.00
3.00
8
STAT-2202
Sessional Based on
Elementary Statistics and
Probability and Theory of
Statistics
3.00
0.75
9
ICE-2206
Viva-voce
1.50
0.75
Total 
25.50
18.75
Sessional Based on
Communication Theory
Electromagnetic Fields and
Waves
Complex Variable Analysis,
Laplace and Fourier
Transforms
DETAIL SYLLABUS
ICE-2201: Data Structure and Algorithm
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Data types & data structures, data structure operations.
Array, Record and Pointer: Linear Arrays, Relationships of Arrays, Operation
on Arrays, Multidimensional arrays, Pointer to Array, Record structures,
Representation of Records, Sparse Matrices.
Stacks, Queues and Recursion: Different types of Stacks and Queues:
Circular, Dequeues, etc., Evaluation of expressions, Recursion, Direct and
Indirect Recursion, Depth of Recursion, Implementation of recursive procedures
by Stacks.
Linked List: Linked lists, Representation of linked list, Traversing & searching
a linked list, Doubly linked list & dynamic storage management, Generalized
list, Garbage collection & compaction.
PUST
ICE
2013-2014
Page 42 of 76
Trees and Graphs: Basic terminology of tree and graph, Binary tree, Binary
tree representation, Tree traversal, Extended binary tree, Huffman
codes/algorithm, Graphs, Graph representation, Shortest path and transitive
closure, Traversing a graph.
Sorting: Searching, Insertion sort, Shell sort, Heap sort, Radix sort, Divide and
conquer method: Merge sort, Quick sort, Selection sort, binary search.
Symbol Tables: Static tree tables, Dynamic tree tables, Hash tables overflow
handling, Theoretical evaluation of overflow techniques.
Algorithms: Introduction to algorithms, performance analysis of algorithms.
Greedy method: The general method, Knapsack problem, job sequencing,
minimum-cost spanning trees, optimal storage on tapes.
Dynamic programming: The general method, multistage graphs, all pairs
shortest paths, single source shortest paths problems.
Backtracking algorithms: The general method, 8-queen, sum of subsets, graph
coloring and Hamiltonian cycle problems.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
Fundamentals of Data Structures
Computer Algorithm
Theory and Problems of Data
Structures
Data structures
Introduction to Algorithms
Data Structures and Algorithms
:
:
:
E. Horowitz and S. Sahni
E. Horowitz and S. Sahni
S Lipschutz
:
:
:
Data Structures in C
Advanced Data Structures
Teach Yourself Data Structures and
Algorithms in 24 Hours
:
:
:
Reingold
T. H. Cormen, C. E. Leiserson
Alfred V. Aho, Jeffrey D.
Ullman, and John E. Hopcroft
Noel Kalicharan
Peter Brass
Robert Lafore
ICE-2202: Sessional based on Data Structure and Algorithm
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Data Structure and Algorithm
ICE-2203: Communication Theory
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Overview of communication system: Basic principles, Fundamental elements,
System limitations, Message Source, Bandwidth requirements, Transmission
media types, Bandwidth and Transmission capacity. Noise: Source,
PUST
ICE
2013-2014
Page 43 of 76
Characteristics of various types of Noise and Signal to Noise Ratio (SNR).
Communication systems: Analog and Digital.
Continuous Wave Modulation: Transmission types- Base-band transmission,
Carrier transmission; Amplitude modulation- Introduction, Double Side Band,
Single Side Band, Vestigial Side Band, Quadrature; Spectral analysis of each
type, Envelop and Synchronous detection; Angle Modulation- Instantaneous
frequency, Frequency modulation (FM) and phase modulation (PM), Spectral
Analysis, Demodulation of FM and PM. Pulse modulation: Sampling- sampling
theorem, Nyquist criterion, Aliasing, Instantaneous and Natural Sampling; Pulse
Amplitude Modulation- Principle, Bandwidth requirements; Pulse Code
Modulation (PCM)- Quantization principle, Quantization Noise, Non-uniform
quantization, Signal to Quantization Error Ratio, Differential PCM,
Demodulation of PCM; Delta Modulation (DM)- Principle, Adaptive DM; Line
coding- formats and Bandwidths.
Digital Modulation: Amplitude-Shift Keying- principle, ON-OFF keying,
Bandwidth requirements, Detection, Noise performance; Phase-Shift Keying
(PSK)- Principle, Bandwidth Requirements, Detection, Differential PSK,
Quadrature PSK, Noise Performance; Frequency-Shift Keying (FSK)- Principle,
Continuous and Discontinuous Phase FSK, Minimum-Shift Keying, Bandwidth
Requirements, Detection of FSK.
Multiplexing: Time Division Multiplexing (TDM)- Principle, Receiver
Synchronization, Frame Synchronization, TDM of multiple bit rate systems;
Frequency-Division Multiplexing (FDM)- Principle, De-Multiplexing;
Wavelength-Division Multiplexing, Multiple Access Network- Time-Division
Multiple-Access (TDMA), Frequency-Division Multiple Access (FDMA);
Code-Division Multiple-Access (CDMA)- Spread Spectrum Multiplexing,
Coding techniques and constraints of CDMA. Communication system design:
Design parameters, Channel selection criteria and Performance simulation.
Books Recommended:
1.
2.
3.
4.
Electrical Communication
Electronics Communication System
Communication Systems
Modern Digital and Analog
Communication Systems
5. Fundamentals of Communication
Systems
6. Contemporary Communication
Systems Using MATLAB
7. Digital Communication Systems
8. Digital Communication
9. Communication Systems
10. Principles of Electronic
Communication Systems
11. Wireless Communications: Principles
and Practice
PUST
ICE
:
:
:
:
D. Roddy and Coolen
Kennedy and Davis
Simon Haykin
B. P. Lathi and Zhi Ding
:
:
:
:
:
John G. Proakis and Masoud
Salehi
John G. Proakis, Masoud
Salehi, and Gerhard Bauch
S Haykin
J G Proakis
J G Proakis & Salehi
Louis E. Frenzel
:
Theodore S. Rappaport
:
2013-2014
Page 44 of 76
ICE-2204: Sessional based on Communication Theory
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Laboratory based on Communication Theory
ICE-2205: Electromagnetic Fields and Waves
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Field Equations: Field equations based on laws of Coulomb, Ampere and
Faraday; Displacement current; Maxwells equation; Units and dimensions of
field vectors; E-H symmetry; Lorentzs lemma; Scalar and Vector potentials;
Retarded potentials.
Propagation of Electromagnetic Waves: Wave equations; Plane wave
concept; Plane electromagnetic waves in Free-Space, Conducting, Dielectric and
Ionized media. Pointing vector; Joule Heating in good conductors; Intrinsic
impedance and Propagation Constant.
Reflection and Refraction of Electromagnetic Waves: Boundary conditions;
The laws of reflection and Snells law of refraction; Reflection from dielectrics
and conductors; Fresnels equations; The Brewster angle; Total reflection; Skin
effect; Phase and Group velocities, Reflection and Refraction in the Ionosphere.
Transmission Lines: Transmission line equations and parameters;
Transmission line configuration and formulae; Transmission line at radio
frequency; Impedance matching; Line termination; Smith chart; SWRQ and
band width; Balanced and unbalanced feeder from transmitter to antenna;
Transmission at audio frequency; Distortionless line.
Waveguides: Application of Maxwell’s equations to the rectangular
waveguides, The TMm,n wave in the rectangular waveguide, The TEm,n wave in
the rectangular waveguide; Cylindrical waveguides.
Books Recommended:
1.
2.
3.
4.
5.
6.
Fields and Waves in Communication
Electronics
Networks, Lines and Fields
Introduction to Electromagnetic Field
and Wave
Concepts of Electricity and
Magnetism
Field and Wave Electromagnetics
Electromagnetic Fields and Waves
PUST
ICE
2013-2014
:
:
:
:
:
:
S. Ramo, J.R. Whinnery and
T.V. Duzer
J.D. Ryder
Corson and Lorain
A.K. Haque, Ratiqullah and
A.K. Roy
David K. Cheng
Magdy F. Iskander
Page 45 of 76
7.
8.
9.
Engineering Electromagnetic Fields
and Waves
Electromagnetic Fields and Waves
Electromagnetic Fields and Waves:
Including Electric Circuits
:
Carl T. A. Johnk
:
:
Paul Lorrain and Dale Corson
Paul Lorrain and Dale R.
Corson
MATH-2201: Complex Variable Analysis, Laplace and Fourier
Transforms
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Complex Analysis: 1.a) The complex number system: Complex plane, the
extended plane and its spherical representation (Riemann sphere). 1.b) Complex
function: Single and many valued function, Branch point, limit, continuity and
differentiability of complex functions. 2.a) Analytic functions: Necessary and
sufficient conditions, Mobius transformation, Power series. Harmonic function.
2.b) Complex Integration: Power series representation of analytic functions,
zeros of analytic functions, Cauchy's theorem, Morera's theorem, Cauchy
integral formula, Singularities and its classifications. 3. Maximum modulus
theorem, the homotopic version of cauchy's theorem and simple connectivity,
the open Mapping theorem, Taylor's and Laurent series, Fundamental theorem
of algebra, Rouches theorem. The argument principle, The Residue Theorem
Contour integration. 4. Conformal mapping, bilinear mapping. The application
of the conformal mapping, Riemann Mapping theorem, Riemann zeta function,
Analytic continuation, Riemann surface.
Laplace Transforms: Definition Laplace transforms of some elementary
functions, sufficient conditions for existence of Laplace Transforms, Inverse
Laplace Transforms, Laplace Transforms of derivatives. The unit step function,
Periodic function, some special theorems on Laplace Transforms, Partial
fractions, Solutions of differential equations by Laplace Transforms, Evaluation
of improper integrals.
Fourier Analysis: Real and complex form of Fourier series, Finite transform,
Fourier Integral, Fourier transforms and their uses in solving boundary value
problems of wave equations.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Functions of one complex variable
Complex Analysis
Notes on complex function theory
Complex Analysis
Complex Analysis
Laplace Transforms
Fourier and Laplace Transforms
Complex Variables and the Laplace
Transform for Engineers
PUST
ICE
2013-2014
:
:
:
:
:
:
:
:
J. B. Conway
L.V. Ahlfors
D. Sarason
B S Tayge
Shaum’s out line Series
Murray Spiegel
R. J. Beerends
Wilbur R. Le Page
Page 46 of 76
STAT-2201: Theory of Statistics
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Sampling Distribution: Fisher’s Lemma, Study of χ2-Distribution, T-Distribution
and F-Distribution, Properties, Uses and Applications, Distribution of sample
correlation coefficient in the null case, Sampling Distribution of the Medians and
Range.
Elements of Point Estimations: Basic Concepts, Consistent estimates, unbiased
estimates, Mean and variance of estimated Ideas of Efficiency, Principle of
Maximum Likelihood, Illustration from Binomial, Poisson and Normal
Distributions.
Decision Rules: Statistical decisions, Statistical hypothesis: Critical region, Best
critical region, Types of errors, Procedure of test of hypothesis, Most Powerful
Test, Standard Errors.
Test of Significance: Test of single mean and single variance, Comparison of two
sample Means, Proportions and Variances, Bartlett's test for homogeneity of
variances, Test for Correlation and Regression coefficients, Exact test for 2×2
tables, Test for r×c tables, Three-way contingency tables, Large Sample Test of
Significance, Non-Parametric Test, One Sample and two Sample Sign Test, Run
Test and Rank Sum Test.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Statistical Theory in Research
Intermediate Mathematical Statistics
Introductory Engineering Statistics
Introduction to Mathematical
Statistics
Introduction to Mathematical
Statistics
The advanced Theory of Statistics
Statistical Theory
Introduction to the Theory of
Statistics
:
:
:
:
Anderson R.L. Bancorft T. A
Beaumont, G.
Gutman, Wills and Hunter
Hoel, P. G.
:
Kendall M.G. and Stuart A.
:
:
:
Lindgren, B.W.
Mood, Graybill and Boes
Weatheril, G.B.
STAT-2202: Sessional based on Elementary Statistics and
Probability and Theory of Statistics
Credit: 0.75
Contact Hours: 3.00 Hours/Week
Laboratory based on Elementary Statistics and Probability; and Theory of Statistics
PUST
ICE
2013-2014
Page 47 of 76
Sl.
No.
1
2
COURSES FOR 3rd YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Artificial Intelligence and
ICE-3101
3.00
3.00
Neural Computing
Sessional based on Artificial
ICE-3102
Intelligence and Neural
3.00
1.50
Computing
3
ICE-3103
4
ICE-3104
5
ICE-3105
6
ICE-3106
7
ICE-3107
8
ICE-3108
9
ICE-3109
10
ICE-3110
11
ICE-3111
Radio and TV Engineering
Sessional based on Radio and
TV Engineering
Network Programming with
Java
Sessional based on Network
Programming with Java
Computer Architecture and
Parallel Processing
Sessional based on Computer
Architecture and Parallel
Processing
Signal and Systems using
MATLAB
Sessional based on Signal and
Systems using MATLAB
Viva-voce
Total 
3.00
3.00
1.50
0.75
3.00
3.00
3.00
1.50
3.00
3.00
3.00
1.50
3.00
3.00
1.50
0.75
1.50
0.75
28.50
21.75
DETAIL SYLLABUS
ICE-3101: Artificial Intelligence and Neural Computing
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Nature and goals of AI, Historical background, Comparison of
conventional and neural computation, Overview of network architectures and
learning paradigms.
Knowledge Acquisition and Representation: Knowledge acquisition, Survey of
types of knowledge, Survey of available representation, Conceptual graph, Frames,
Scripts, cases and particularized knowledge, Case-based reasoning.
Reasoning and Problem Solving: Derivation of consequences from facts,
Different characterizations of reasoning, Reasoning with uncertainty, Probabilistic
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ICE
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Page 48 of 76
reasoning, Use of states and transitions, Searching of state spaces, Breath first,
Depth-first, and related types of search, Brief revision of propositional and
predicate calculus, Connection of logic with programming, Forward and backward
chaining, Resolution.
Introduction to Selected Topics in AI: Game Playing, Planning, Understanding,
Natural language processing, Expert system, Genetic algorithm, Robotics and
Fuzzy logic.
Neural Networks: The MaCullough Pitts model, Hopfiled model, Networks of
binary Neurons, Perceptrons and their limitations.
The Multilayer Perceptron: Hidden units and Feature detectors, Training by error
back propagation, The Error Surface and Local Minima, Generalized and Cross
Validation, Reinforcement Learning.
Introduction and General Concept of Pattern Recognition: Introduction to
statistical pattern recognition, Neural pattern recognition, Introduction to neural
pattern associates and matrix approaches and unsupervised learning to neural
pattern recognition.
Overview of AI Programming Language: Prolog, Visual Prolog, LISP, etc.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
Artificial Intelligence A Modern
Approach
Artificial Intelligence
Logical Fundamentals of AI
:
Stuart Russell and Peter Norvig
:
:
Prolog Programming for AI
Neural Networks A Comprehensive
Foundation
Artificial Intelligence: A Systems
Approach
Artificial Intelligence
Fundamentals of Neural Networks:
Architectures, Algorithms And
Applications
Neural Computing - An Introduction
Neural Smithing: Supervised
Learning in Feedforward Artificial
Neural Networks
Neural Networks and Learning
Machines
The Handbook of Brain Theory and
Neural Networks
The Art of Prolog, Second Edition:
Advanced Programming Techniques
Programming in Prolog: Using the
ISO Standard
Learn Prolog Now!
:
:
E. Ritch and K. Knight
Generserth, Michael R, and
Nilsson Nills
Ivan Bratko
Simon Haykin
:
M. Tim Jones
:
:
Patrick Henry Winston
Laurene V. Fausett
:
:
R Beale and T Jackson
Russell D. Reed and Robert J
Marks II
:
Simon Haykin
:
Michael A. Arbib
:
Leon Sterling and Ehud
Shapiro
William F. Clocksin and
Christopher S. Mellish
Patrick Blackburn, Johan Bos,
and Kristina Striegnitz
PUST
ICE
:
:
2013-2014
Page 49 of 76
16. PROLOG Programming for Artificial
Intelligence
17. Land of Lisp: Learn to Program in
Lisp, One Game at a Time!
18. Practical Common Lisp
:
Ivan Bratko
:
Conrad Barski M.D.
:
Peter Seibel
ICE-3102: Sessional based on Artificial Intelligence and Neural
Computing
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Artificial Intelligence and Neural Computing
ICE-3103: Radio and TV Engineering
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Radio Engineering: Introduction to radio communication, History, Frequency
management. Design of radio transmitter and receiver circuits using scatteringparameter methods. Circuits include oscillators, Radio frequency amplifiers and
matching networks, Mixers and detectors. Design of amplitude, frequency, and
pulse-modulated communication systems including modulators, detectors, and the
effects of noise.
Television Engineering: Introduction, Principle of operation, Transmitter and
receiver, Receiving and transmitting antenna. Camera tube, Picture tube, Electron
beam scanning, T-lines, Balun, Duplexer, Vestigial side-band filters. Introduction
to color TV, VCR, CCTV, CATV, MATV, TV Booster.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
9.
How Radio Signals Work
The Propagation of Radio Waves
Radio Wave Propagation for
Telecommunication Applications
The Mobile Radio Propagation
Channel
Radio Engineering
Basic TV
Monochrome and Color TV
Software Radio: A Modern Approach
to Radio Engineering
Radio Engineering
PUST
ICE
2013-2014
:
:
:
Jim Sinclair
K. G. Budden
Hervé Sizun and P.de Fornel
:
J. D. Parsons
:
:
:
:
G. K. Mathur
B. Grob
Gulati
Jeffrey Hugh Reed
:
Frederick Emmons Terman
Page 50 of 76
ICE-3104: Sessional based on Radio and TV Engineering
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Radio and TV Engineering
ICE-3105: Network Programming with Java
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Concepts of Object Oriented Programming: Class, Object, Abstraction,
Encapsulation, Inheritance, Polymorphism.
Introduction to Java: History of Java, Java Features and advantages, Creating
classes with Java, Concept of constructors, Using JDK, Java application and
Applet, Variables, Data Types, Arrays, Operators and Control Flow.
Methods: Using methods, Declaring a class method, Implementation of
Inheritance, Calling a class method, Passing parameters, Local variables and
variable scope.
Using Standard Java Packages: Creating Graphical user interfaces with AWT,
Managing graphics objects with GUI layout Managers, Event handling of various
components.
Exception Handling: Overview of exception handling, The basic model,
Hierarchy of Event classes, Throw Clause, Throws Statement, Try-Catch Block..
Streams and Input/Output Programming: Java’s File Management techniques,
Stream manipulation classes.
Thread: Thread, Multithread, Synchronization, Deadlock, Thread Scheduling.
Socket Programming: Socket Basics, Socket-based Network Concepts, Client
Server Basics, Client Server Algorithm, Socket for Client, Socket for Server.
Java Database Connectivity: JDBC, JDBC drivers, the JAVA.sql packages, SQL,
JDBC connection and Executing SQL, The process of building a JAVA
application.
Advanced Java Programming: Java Servlets and Servlets Architectures, RMI,
Multimedia, Java Bens, Java Server Pages.
Books Recommended:
1.
2.
3.
Mastering Java 2
The Complete Reference of Java 2
Java: How to Program
:
:
:
4.
An Introduction to Network Programming
with Java
SCJP Sun Certified Programmer for Java 6
Exam 310-065
:
5.
PUST
ICE
2013-2014
:
John Zukowski
Herbert Schildt
H.M. Deitel and P.J.
Deitle
Jan Graba
Katherine Sierra and
Bert Bates
Page 51 of 76
ICE-3106: Sessional based on Network Programming with Java
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Network Programming with Java
ICE-3107: Computer Architecture and Parallel Processing
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Design Methodology: Introduction, Combinational circuits, Sequential circuits,
Register Level, Register-Level Components, Design Method, Processor-Level,
Processor-Level Components, Design Techniques.
Processor basics: CPU organization, Information and Number Formats,
Instruction Set, Instruction Format and Instruction Types, Addressing Modes.
Arithmetic Logic Unit: Fixed-point arithmetic, Addition, Subtraction,
Multiplication and Division ALU design, Basic ALU organization, Floating-Point
Arithmetic, and Arithmetic Processor.
Control Design: Introduction, Instruction sequencing, Instruction interpretation,
Hardwired control, Multiplier control unit, CPU control unit, Micro-programmed
control; Microinstruction, Micro-programmed sequencer.
Memory Organization: Memory devices and characteristics, RAM organization,
Serial access memory; Virtual memory, Memory hierarchy, Main-memory
allocation, Segments and Pages, High speed memories; Interleaving, Cache
memory, Associative memory,
System Organization:
Microcomputer organization, Communication, Bus
concepts, Bus control, Arbitration, Programmed I/O, Interrupt controlled I/O,
DMA, I/O processors.
Pipelining and Parallel Processing: Basic concept of Pipelining, Instruction
queue, Branching etc; Forms of parallel processing, Classification of parallel
processing structure, Array processor, Structure of general purpose multi-processor,
Interconnection networks.
Microprocessors: Evolution of microprocessors, Microprocessor organization,
8086 microprocessors, Microprocessor applications, Series of Intel and Pentium
microprocessors and their addressing modes.
Books Recommended:
1.
2.
3.
4.
5.
Computer Architecture and Organization
Microprocessor Hardware Interfacing and
Application
Digital Logic and Computer Design
Computer Organization and Design.
Computer Organization and Architecture:
Designing for Performance
PUST
ICE
2013-2014
:
:
John P. Hayes
Barry B. Brey
:
:
:
Morris Manno
P. Pal Choudhury
William Stallings
Page 52 of 76
6.
Computer Organization and Design, Fourth
Edition: The Hardware/Software Interface
:
7.
Computer Architecture and Organization: An
Integrated Approach
:
8.
The Essentials of Computer Organization And
Architecture
9. Computer Systems Organization and
Architecture
10. The Foundations of Computer Architecture and
Organization
:
David A. Patterson
and John L.
Hennessy
Miles J. Murdocca
and Vincent P.
Heuring
Linda Null
:
John D. Carpinelli
:
Ivan Tomek
ICE-3108: Sessional based on Computer Architecture and Parallel
Processing
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Computer Architecture and Parallel Processing.
ICE-3109: Signal and Systems
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: History, Syntax, Variables, Vectors, Arrays, matrices, Ploting,
Graphics, Structures, and Function handles. Secondary programming, Classes,
Object-oriented programming, Interfacing with other languages.
Signal and System: Definition of Signals & Systems; Overview of Specific
Systems, Classification of Signals, Basic Operation on Signals, Elementary
Signals, Properties of Systems
Time Domain Representation of LTI System: Impulse Response (IR)
representation of LTI system and its properties, Differential and Difference
Equation representation of LTI systems, Convolution (discrete- and continuoustime).
Frequency Analysis of Signals and System: Frequency Analysis of
Continuous-Time Signals, Frequency Analysis of Discrete-Time Signals, Power
Density Spectrum of signals, Frequency-Domain Characteristics of Linear
Time-Invariant System.
Discrete Fourier Transform and its Application: Discrete Fourier Transform,
Inverse Discrete Fourier Transform. Frequency- Domain Sampling and
Reconstruction of Discrete-Time Signals, Properties of the DFT, Linear
Filtering Methods Based on the DFT.
z-Transform: z-Transform, Properties of RoC, Properties of z-Transform,
Inversion of z-Transform, Transform analysis of LTI system, Computational
Structures for implementing DT systems, unilateral z-Transform.
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ICE
2013-2014
Page 53 of 76
Books Recommended:
1.
:
Rudra Pratap
:
Amos Gilat
3.
Getting Started with MATLAB: A Quick
Introduction for Scientists and Engineers
MATLAB: An Introduction with
Applications
Signals & Systems
:
4.
Digital Signal Processing
:
5.
6.
7.
Digital Signal Processing
MATLAB for Engineers
Engineers Guide to MATLAB
:
:
:
Simon Haykin &
Barry Van Veen
J G Proakis &
D G Manolakis
A J Thompson
Holly Moore
Edward B. Magrab
2.
ICE-3110: Sessional based on Signal and Systems
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Design and Analysis of Signal and Systems
PUST
ICE
2013-2014
Page 54 of 76
COURSES FOR 3rd YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
Sl.
No.
3.00
1.50
3.00
3.00
3.00
1.50
3.00
3.00
1.50
0.75
3.00
3.00
3.00
1.50
3.00
3.00
1.50
0.75
Information Theory and Coding
3.00
3.00
ICE-3211
Sessional based on Information
Theory and Coding
3.00
1.50
ICE-3212
Viva-voce
1.50
0.75
31.50
23.25
1
ICE-3201
2
ICE-3202
3
ICE-3203
4
ICE-3204
5
ICE-3205
6
ICE-3206
7
ICE-3207
8
ICE-3208
9
ICE-3209
10
ICE-3210
11
12
Project Design & Development
DBMS, Data Warehousing and
Data Mining
Sessional Based on DBMS,
Data Warehousing and Data
Mining
Telecommunication Systems,
Networks and Switching
Sessional Based on
Telecommunication Systems,
Networks and Switching
Digital Communication
Sessional Based on Digital
Communication
Antennas and Radio Wave
Propagation
Sessional Based on Antennas
and Radio Wave Propagation
Total 
DETAIL SYLLABUS
ICE-3201: Electronic Project Design and Development
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Design and development of project based on the subjects taught in the previous
semesters.
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ICE
2013-2014
Page 55 of 76
ICE-3202: DBMS, Data Warehousing and Data Mining
Credit: 3.00
Contact Hours: 3.00 Hours/Week
DBMS Overview: Definition of DBMS, Types of DBMS, Advantage and
disadvantages, Applications.
Database Design: Logical database design, Physical database design; Data storage
device and data format.
File Organization: Sequential file organization, Index file organization, Direct file
organization, Hashing methods, Searching-sequential search, Index search;
Reporting; Simple and Complex report.
Relational Database System: Relational model, Normalization, Relational data
base design, Relational query language, SQL.
Database Administration: Functions, Standards, Security, Integrity, Recovery,
Concurrency Control, Coronations, Quality Control, Tuning and Performance,
Multiple file database general considerations, Designing the files, Data entry and
Consistency, Data updating, Tools for complex database manipulations.
Other Types of DBMS: Object oriented database, Network database, Hierarchical
database text-oriented database, Graphic-oriented database.
Concept of Data Warehousing: Definition, The compelling Need for Data
Warehousing, Data warehouses: The Building Blocks, Trends in Data
Warehousing.
Data Warehouses Architecture: The Architectural Components, Infrastructure as
the Foundation for Data warehousing, Data warehousing Architecture Model,
Demand for Online Analytical Processing, OLAP Models, OLAP Implementation
Considerations.
Concept of Data Mining: Process, Technologies and Rules, Platform, Tools and
Tools Characteristics, Data Mining Applications, Operational versus Information
Systems, OLAP Technology for Data Mining, Data Mining Primitives.
Data Classification and Prediction: Knowledge Discovery through Statistical
Techniques, Knowledge Discovery through Neural Network, Fuzzy Techniques
and Genetic Algorithms.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Introduction to Database Management
System, A Practical Approach
Understanding Database Management
Systems
Principle of Database Management
Database Management Systems
Database System Concepts
:
Gerry M. Litton
:
Joseph A. Vaste
:
:
:
Building the Data Warehouse
Developing the Data Warehouse
Advances in Knowledge Discovery and
Data Mining
:
:
:
James Martin
Uillman
A. Silberschatz, H. F. Korth
and S.Sudarshan
W. H. Inmon
W. H. Inmon & C. Kelly
Fayyad, Usama M. et al.
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ICE
2013-2014
Page 56 of 76
9.
Data Warehousing, Data Mining and
OLAP
:
Alex Berson & Stephen J.
Smith
ICE-3203: Sessional based on DBMS, Data Warehousing and Data
Mining
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on DBMS, Data Warehousing and Data Mining
ICE-3204: Telecommunication Systems, Networks and Switching
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Simple Telephone Communication, Basic switching system,
Transmission Bridge, Subscriber line circuit, CB cord circuit, Junction working.
Strowger Switching Systems: Relay dial telephone, Signaling tones, Strowger
switching components, Step-by-step switching, Design parameters, 100-line
switching system, 1000-line blocking exchange, 10,000-line exchange.
Crossbar Switching: Principles of common control, Touch tone dial telephone,
Principles of crossbar switching, Crossbar switch configuration, Cross point
terminology, Crossbar exchange organization.
Electronic Switching: Stored program control, Centralized SPC, Software
architecture, Application software, Enhanced services, Two-stage network, Threestage network, n-stage network, Concepts of TDM, Basic time division space
switching, Basic time division time switching, Time multiplexed space switching,
Time multiplexed time switching, Combination switching, Three-stage
combination switching, n-stage combination switching.
Traffic Engineering: Network traffic load and parameters, Grade of Service
(GoS) and Blocking probability, Modeling switching systems, Incoming traffic and
service time characterization, Blocking models and loss estimates, Delay systems.
Telephone Networks: Subscriber loop systems, Switching hierarchy and routing,
Transmission plan, Transmission systems, Numbering plan, Charging plan,
Signaling techniques, Inchannel signaling, Common Channel Signaling (CCS).
Books Recommended:
1.
2.
3.
4.
Telecommunication Switching Systems and
Networks
Telecommunication Switching Principle
Digital Telephony
Telecommunications Essentials: The Complete
Global Source
PUST
ICE
2013-2014
:
:
:
:
Thiagrajan
Viswanathan
M. T. Hills
J.C. Bellamy
Lillian Goleniewski
and Kitty Wilson
Jarrett
Page 57 of 76
5.
6.
7.
8.
Telecommunications and Data Communications
Handbook
Essential Guide to Telecommunications
Telecommunications: A Beginner's Guide
Newton's Telecom Dictionary:
Telecommunications, Networking, Information
Technologies, The Internet, Wired, Wireless,
Satellites and Fiber
:
Ray Horak
:
:
:
Annabel Z. Dodd
Hill Associates Inc
Harry Newton
ICE-3205: Sessional based on Telecommunication Systems,
Networks and Switching
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Telecommunication Systems, Networks and Switching
ICE-3206: Digital Communication
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Communication channels, mathematical model and characteristics,
Probability and stochastic process.
Source Coding: Mathematical models of information, Entropy, Huffman code and
Linear Predictive Coding (LPC).
Digital transmission system: Base band digital transmission, Inter-Symbol
Interference (ISI), Bandwidth, Power Efficiency, Modulation and Coding trade-off.
Receiver for AWGN channels: Correlation demodulator and Maximum
Likelihood (ML) Receiver.
Channel capacity and coding: Channel models and capacities and random
selection of codes.
Block codes and Conventional codes: Linear block codes, Convolution codes and
Coded Modulation, Spread spectrum signals and system.
Books Recommended:
1.
2.
3.
4.
Digital Communication Systems
Digital Communication
Communication Systems
Digital Communications
:
:
:
:
5.
Digital Communication
:
6.
Principles of Digital Communication
:
PUST
ICE
2013-2014
Simon Haykin
John G. Proakis
J G Proakis & Salehi
John G. Proakis and Massoud
Salehi
John R. Barry, David G.
Messerschmitt, and Edward
A. Lee
Robert G. Gallager
Page 58 of 76
7.
8.
9.
Modern Digital and Analog
Communication Systems
An Introduction to Analog and Digital
Communications
Analog and Digital Communications
:
B. P. Lathi and Zhi Ding
:
Simon Haykin and Michael
Moher
Hwei P. Hsu
:
ICE-3207: Sessional based on Digital Communication
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Digital Communication.
ICE-3208: Antennas and Radio Wave Propagation
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Fundamental of Antennas: Radiation Mechanism, Radiation Patterns, Lobes,
Power Density and Intensity, Directive Gain and Directivity, Power Gain,
Bandwidths, Radiation Efficiency, Input Impedance, Effective Aperture and
Antenna Temperature, Vector Potential Functions, Electric and Magnetic Fields for
Electric and Magnetic Current Sources, Solution of Vector Potential Wave
Equation, Duality, Reciprocity and Reaction Theorems.
Linear Wire and Loop Antennas: Infinitesimal, Small, Finite Length and Halfwave Length Dipoles, Determination of Radiation Fields, Radiation patterns,
Radiation Resistance, Directivity and Input Impedance of Dipoles, Mutual
impedance between Linear Elements near Infinite Planes Conductors and Ground
Effects. Circular, Square, Triangular, Rectangular, Rhombic and Ferrite loop
antennas. Cylindrical dipole, Folded dipole, Matching techniques, Baluns and
transformers.
Antenna Arrays: Two-Element Array, N-element Linear Arrays: Broad-side, Endfire, Phased, Binomial, Dolph- Tchebyschef and Super-directive Arrays,
Determination of Array Factor and Patterns, Planar and Circular Arrays.
Traveling-Wave and Broad-band Antennas: Long wire, V, Rhombic and Helical
Antennas, Yagi, Uda array, Frequency Independent and Log-periodic Antennas.
Aperture, Reflector and Lens Antennas: Huygens's Principle, Rectangular and
Circular Apertures, Micro strip Antennas, Babinet's Principle, Sectoral, Pyramidal
and Conical Horns, Parabolic and Cassegrain Reflector Antennas, Lens Antennas.
Radio Wave Propagation: Surface and space wave propagation, Sky wave
through Ionosphere. Pulse method for measuring height and electron concentration
of Ionospheric region; Chapman theory of layer formation, Ionospheric storm.
Books Recommended:
1.
2.
3.
Antenna Theory
Antennas
Hand Book Of Electronics
PUST
ICE
:
:
:
2013-2014
C. A. Balanis
J. D. Kraus
Gupta &Kumar
Page 59 of 76
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
Practical Antenna Handbook
Antenna Engineering Handbook
Basic Antennas: Understanding Practical
Antennas and Design
Antenna Theory: Analysis and Design
The ARRL Antenna Book: The Ultimate
Reference for Amateur Radio Antennas,
Transmission Lines And Propagation
How Radio Signals Work
The Propagation of Radio Waves: The Theory
of Radio Waves of Low Power in the
Ionosphere and Magnetosphere
Radio Wave Propagation for
Telecommunication Applications
Radio Engineering Principles Of
Communication Systems
The Mobile Radio Propagation Channel
:
:
:
Joseph J. Carr
John Volakis
Joel R. Hallas
:
:
Constantine A. Balanis
American Radio Relay
League and R. Dean
Straw
Jim Sinclair
K. G. Budden
:
:
:
:
Hervé Sizun and P.de
Fornel
G K Mithal
:
J. D. Parsons
ICE-3209: Sessional based on Antennas and Radio Wave
Propagation
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Antennas and Radio Wave Propagation.
ICE-3210: Information Theory and Coding
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Entropy, Relative Entropy, and Mutual Information: Entropy, Joint Entropy
and Conditional Entropy, Relative Entropy and Mutual Information, Relationship
between Entropy and Mutual Information, Chain Rules for Entropy, Relative
Entropy and Mutual Information, Jensen’s Inequality and its Consequences, Log
Sum Inequality and Its Applications, Data-Processing Inequality, Sufficient
Statistics, Fano’s Inequality.
Asymptotic Equipartition Property: Asymptotic Equipartition Property
Theorem, Consequences of the AEP: Data Compression, High-Probability Sets and
the Typical Set.
Entropy Rates of a Stochastic Process: Markov Chains, Entropy Rate, Entropy
Rate of a Random Walk on a Weighted Graph, Functions of Markov Chains.
Source Coding and Data Compression: Kraft Inequality, McMillan’s Theorem,
Optimal Codes, Bounds on the Optimal Code Length, Kraft Inequality for Uniquely
Decodable Codes, Huffman Codes, Shannon–Fano–Elias Coding, Universal Codes
and Channel Capacity, Run-Length Coding, Arithmetic Coding, Higher-Order
PUST
ICE
2013-2014
Page 60 of 76
Modeling, The Lempel-Ziv Algorithm.
Channel Capacity: Noiseless Binary Channel, Noisy Channel with
Nonoverlapping Outputs, Binary Symmetric Channel, Binary Erasure Channel,
Symmetric Channels, Properties of Channel Capacity, Preview of the Channel
Coding Theorem, Jointly Typical Sequences, Channel Coding Theorem, Zero-Error
Codes, Fano’s Inequality and the Converse to the Coding Theorem, Equality in the
Converse to the Channel Coding Theorem, Hamming Codes, Feedback Capacity,
Source–Channel Separation Theorem.
Books Recommended:
1.
2.
Elements of Information Theory
Fundamentals of Information Theory
and Coding Design
:
:
TM Gover, JM Thomos
Roberto Togneri, Christopher
J.S. deSilva
ICE-3211: Sessional based on Information Theory and Coding
Credit: 1.50
Contact Hours: 3.00 Hours/Week
Laboratory based on Information Theory and Coding.
PUST
ICE
2013-2014
Page 61 of 76
Sl.
No.
COURSES FOR 4th YEAR 1st SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
1
ICE-4101
2
ICE-4102
3
ICE-4103
4
ICE-4104
5
ICE-4105
6
ICE-4106
7
ICE-4107
8
ICE-4108
9
ICE-4119
10
ICE-4110
11
ICE-4111
Project
Computer Network and Data
Communication
Sessional based on Computer
Network and Data
Communication
Wireless and Mobile
Communication
Sessional based on Wireless
and Mobile Communication
Cryptography and Network
Security
Sessional based on
Cryptography and Network
Security
Multimedia Communication
Sessional based on Multimedia
Communication
Project Planning &
Management
Viva-voce
Total 
3.00
0.00
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
25.50
18.75
DETAIL SYLLABUS
ICE-4101: Project
Credit: 0.00
Contact Hours: 3.00 Hours/Week
A detail theoretical study as well as practical work of some problem in
communications, networking and ICT related arena. This may be of investigative
research nature or it may be laboratory research oriented. The report may be purely
economic, technical or both and may include the comparative study of different
choice for the solution of the problems.
PUST
ICE
2013-2014
Page 62 of 76
ICE-4102: Computer Network and Data Communication
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Background, Data Communication Model, Protocol, Network
topologies, OSI and TCP/IP reference models.
LAN and MAN: Topologies, Bus, Tree and Star using metallic media, Optical
fiber bus, the ring topology, Medium access control protocols, MAC performance,
LAN/ MAN/ standards, high speed LANs / FDDI, Fast Ethernet, Gigabit Ethernet,
Switches, Hubs and Bridges.
WAN: Public data networks, Packet switching, Datagram and virtual circuits,
Routing, Traffic control and X.25 standard, Circuit switched data networks and
X.21 interface.
ISDN and Broadband ISDN: ISDN- principles, User interface and services,
ISDN channels, User access and protocols, Broadband ISDN-functional
architecture and protocols.
Frame Relay and Cell Relay: Spectrum of switching techniques, Frame relay
services and protocols. ATM overview, Virtual channels and paths, ATM cells,
Header error control, ATM switches.
Inter Networking:
Network inter-connection, Bridges and gateway,
Connectionless and connection oriented internetworking, TCP, IP, UDP, HTTP,
Routing and fragmentation, Congestion Control, Timer Management, Control
protocols- ICMP, ARP, RARP, Multicasting, Domain name system and name
servers.
Communication: Communication channel, Terminals, Multipliers, Concentrators,
Routing and Flow control case study of computer communication networks,
Network Security- Cryptography, DES, IDEA, Public Key Algorithm,
Authentication, Digital Signatures, Congestion Control, Firewalls.
Applications: SNMP, Telnet and FTAM, Electronic mail-x, 400 and SMTP
protocols, FTP, The WWW client and servers, IPV4, IPV6, Mobile IP, Writing
web page in HTML, Java locating information on the web, Video on demand,
MBone-Multicast backbone.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Computer Networking: A Top-Down
Approach
Computer Networks
Computer Networks: A Systems
Approach
Computer Networks
:
Data and Computer Communications
Data Communications and Networking
Data Communications, Computer
Networks, and Open Systems
Understanding Data Communications
:
:
:
James F. Kurose and Keith
W. Ross
Andrew S. Tanenbaum
Larry L. Peterson and Bruce
S. Davie
Andrew S. Tanenbaum and
David J. Wetherall
William Stallings
Behrouz A. Forouzan
Fred Halsall
:
Gilbert Held
PUST
ICE
2013-2014
:
:
:
Page 63 of 76
ICE-4103: Sessional based on Computer Network and Data
Communication
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Computer Network and Data Communication.
ICE-4104: Wireless and Mobile Communication
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction to Wireless Communication System: Wireless network topologies:
Infrastructure network topology, Ad hoc network topology, Comparison of ad hoc
and infrastructure network topologies.
Multiple Access Technique for Wireless Communication: Introduction to
Multiple Accesses, FDMA, TDMA, Spread Spectrum Multiple Access, SDMA,
Packet Radio, OFDMA.
Equalization, Diversity and Speech Coding: Fundamental of Equalization,
Equalizers in Communication Receivers, Fractionally Spaced Equalizers,
Realization of Independent Fading Paths, Receiver Diversity, Transmitter
Diversity, Diversity analysis, Characteristics of Speech Signals, Quantization
Technique, ADPCM, Frequency Domain Coding of Speech, Vocoders, Linear
Predictive Coders, Choosing Speech Code for Mobile Communications.
Cellular Topology: The cellular concept, Cellular hierarchy, Cell fundamentals,
Signal-to-interference ratio calculation, Capacity expansion techniques,
Architectural methods for capacity expansion: Cell splitting, Using directional
antennas for cell sectoring, Lee's microcell method, Using overlaid cells, Using
smart antennas, Channel allocation techniques and capacity expansion: Fixed
channel allocation (FCA), Dynamic channel allocation (DCA), Hybrid channel
allocation (HCA), Comparison of FCA, DCA and HCA, Migration to digital
systems, Network planning for CDMA systems, Issues in CDMA network
planning: managing the noise floor, Cell breathing.
Wireless Networking: Introduction to Wireless Networks, Development of
Wireless Networks, Traffic Routing in Wireless Networks, Wireless Data Services,
Common Channel Signaling (CCS), ISDN, Signaling system (SS7), PCS/PCNs,
Protocols for Network Access, Network Databases.
Wireless System Standard: AMPS, ETACS, GSM, CDMA, CT2 Standards for
Cordless Telephones, PACS, Truncking theory, WAP, WML, Bluetoothcompatible cellular telephone system.
PUST
ICE
2013-2014
Page 64 of 76
Books Recommended:
1.
Wireless Communications:
Principles and Practice
2. Wireless Communication
3. Wireless Communications
4. Wireless Communications
5. Fundamentals of Wireless
Communication
6. Wireless# Guide to Wireless
Communications
7. MIMO-OFDM Wireless
Communications with MATLAB
8. Mobile Communications
9. Mobile Phones and Mobile
Communication
10. Handbook of Mobile
Communication Studies
11. Principles of Mobile
Communication
:
Theodore S. Rappaport
:
:
:
:
A Molisch
Andrea Goldsmith
Andreas F. Molisch
David Tse and Pramod Viswanath
:
Mark Ciampa and Jorge Olenewa
:
:
:
Yong Soo Cho, Jaekwon Kim, Won
Young Yang, and Chung G. Kang
Jochen H. Schiller
Rich Ling and Jonathan Donner
:
James E. Katz and Manuel Castells
:
Gordon L. Stüber
ICE-4105: Sessional based on Wireless and Mobile
Communication
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Wireless and Mobile Communication
ICE-4106: Cryptography and Network Security
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Overview of the various cryptographic services, Mechanisms and
attacks, The OSI security architecture, Model for Network Security, Foundation of
Cryptography: Cipher and Secret Messages, Security Attacks and Services.
Classical Encryption Techniques: Symmetric Cipher Model, Substitution
Techniques – Caesar cipher, Monoalphabetic ciphers, Playfair cipher, Hill cipher,
Polyalphabetic cipher, One-time pad, Transposition Techniques, Modular
Arithmetic, Euclid’s Algorithm, Finite Fields, Polynomial Arithmetic.
Symmetric Ciphers: DES and the Strength of DES, Theory of Block Cipher
Design, Block Cipher Modes of Operation, The AES Cipher, Contemporary
symmetric ciphers, Random Number Generation.
Public-Key Encryption: Prime Numbers and Testing for Primality, Discrete
Logarithms, Principles of Public-Key Cryptosystems, the RSA Algorithm, Key
PUST
ICE
2013-2014
Page 65 of 76
Management, Diffie-Hellman Key Exchange.
Hashes and Messages Digests: Message Authentication, Hash Functions, Security
of Hash Functions and MACs, MD5 Message Digest Algorithm, Secure Hash
Algorithm, RIPEMD-160, HMAC.
Digital Signatures and Authentication: Digital Signature, Authentication
Protocols, Digital Signature Standard, Authentication of Systems: Kerberos, X.509
Authentication Service.
Electronic Mail Security: Pretty Good Privacy (PGP), Secure/Multipurpose
Internet Mail Extension (S/MIME).
IP and Web Security: IP Security Overview, IP Security Architecture,
Authentication Header, Encapsulating Security Payload, Key Management, Web
Security Considerations, Secure Socket Layer and Transport Layer Security.
System Security: Intruders, Intrusion Detection, Password Management, Viruses
and Related Threats, Virus Countermeasures, Firewall Design Principles, Trusted
Systems.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
Cryptography and Network Security:
Principles and Practice
Applied Cryptography
Security in Computing Protocols,
Algorithms, and Source code in C
Introduction to Modern
Cryptography: Principles and
Protocols
Cryptography & Network Security
Applied Cryptography: Protocols,
Algorithms, and Source Code in C
Access Control, Security, and Trust:
A Logical Approach
:
William Stallings
:
:
Bruce Schneier
C P. Pfleeger &
S L Pfleeger
Jonathan Katz and
Yehuda Lindell
:
:
:
Behrouz A. Forouzan
Bruce Schneier
:
Shiu-Kai Chin ,
Susan Beth Older
ICE-4107: Sessional based on Cryptography and Network Security
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Cryptography and Network Security.
PUST
ICE
2013-2014
Page 66 of 76
ICE-4108: Multimedia Communication
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Multimedia Communication: Multimedia Communication model, Elements of
Multimedia Systems, User and Network requirements, Multimedia Terminals,
Fourier Transform, Discrete Fourier transform, Discrete Cosine Transform,
Audio-Visual Integration, Application of Multimedia communication Networks.
Wavelet and Media Digitization: Introduction to wavelets, Essence of Wavelet
Analysis, The continuous and The Discrete Wavelet Transformations, Concepts
of Multiresolution analysis, Digitization principles: Text, Image, Audio, Video,
Digital media and Signal-Processing Elements, Data embedding and
watermarking algorithms.
Text and Image Compression: Compression principles, Text compression,
Limpel-Ziv-Welsh Coding, Image coding, Image Compression and Format,
Digitized Documents and Pictures, JPEG Multimedia System Design,
multimedia input/ output technologies.
Multimedia Processing and Communication Standards: Audio
Fundamentals, Transform coding, Sub-band coding, Audio compression:
Differential Pulse Code modulation, Adaptive Differential PCM, Adaptive
predictive coding, Linear predictive coding, MPEG Audio Coder, Analog and
Digital Video Formats, Video Compression Principles, H.261, H.263, MPEG :
MPEG-2, MPEG-4 MPEG-7, Standards for multimedia applications.
Multimedia Database and Distributed Multimedia Systems: MDBMS and its
Characteristics, Integration in a Database Model, DMS, Main features of DMS,
Networking, Multimedia OS, Distributed Multimedia server, Distributed
Multimedia application.
Signaling Protocols and Networking for Multimedia: Protocols for
multimedia communication: RTP, RTCP Signaling protocols: SIP, RTSP, QoS
issues in networked Multimedia, QoS guarantees, Enhanced QoS: RSVP,
DiffServ, Real-time multimedia streaming techniques, Multicast and Rate
Control, Network Traffic, Network queue management, Scheduling,
Multimedia Communication Across Networks: Audio/ video packet in the
Network Environment, Video transport across generic networks, Multimedia
across ATM networks, Multimedia across IP networks and DSLs, IP-based
Transport: UDP Vs. TCP, Streaming Media with TCP and UDP, Internet access
networks and Multimedia Across Wireless.
Books Recommended:
1.
2.
3.
Multimedia Communications:
Applications, Networks, Protocols and
Standards
Multimedia Communication Systems:
Techniques, Standards, and Networks
Microsoft Voice and Unified
Communications
PUST
ICE
2013-2014
:
Fred Halsall
:
K. R. Rao, Zoran S.
Bojkovic
Joe Schurman
:
Page 67 of 76
4.
5.
6.
7.
Intelligent Multimedia Communication:
Techniques and Applications
Information Dashboard Design: The
Effective Visual Communication of Data
Cisco Unified Presence Fundamentals
(Networking Technology: IP
Communications)
The 3G IP Multimedia Subsystem (IMS):
Merging the Internet and the Cellular
Worlds
:
:
:
:
Chang Wen Chen, Zhu Li,
and Shiguo Lian
Stephen Few
Brian Morgan, Shane
Lisenbea, and Michael
Popovich
Gonzalo Camarillo and
Miguel-Angel GarcíaMartín
ICE-4109: Sessional based on Multimedia Communication
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Multimedia Communication.
ICE-4110: Project Planning & Management
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction: Definitions of project and project management in the engineering
point of view.
Project Initiation: Project selection, Project manager, Project organization and
project planning. Project feasibility study.
Project Implementation: Project management, Budgeting and Cost estimation,
Project control and human aspects of project management. Network techniques of
project management, PERT, CPM and Gantt Charts.
Books Recommended:
1.
:
4.
Project Management: A Systems Approach to
Planning, Scheduling, and Controlling
Strategic Project Management Made Simple: Practical
Tools for Leaders and Teams
Strategic Project Portfolio Management: Enabling a
Productive Organization
Fundamentals of Technology Project Management
5.
Project Management, Planning and Control
:
2.
3.
PUST
ICE
2013-2014
:
Harold
Kerzner
Terry Schmidt
:
Simon Moore
:
Colleen
Garton
and Erika
McCulloch
Albert Lester
Page 68 of 76
Sl.
No.
COURSES FOR 4th YEAR 2nd SEMESTER
Theory/ Sessional
Course
Course Title
Contact
No.
Credits
Hrs/week
3.00
1.50
3.00
3.00
1.50
0.75
3.00
3.00
1.50
0.75
3.00
3.00
3.00
3.00
Digital Signal Processing
3.00
3.00
ICE-4209
Sessional Based on Digital
Signal Processing
3.00
0.75
10
ICE-4210
Viva-voce
1.50
0.75
11
ICE-4211
Viva-voce on Project
1.50
0.75
27.00
20.25
1
ICE-4201
2
ICE-4202
3
ICE-4203
4
ICE-4204
5
ICE-4205
6
ICE-4206
7
ICE-4207
8
ICE-4208
9
Project
System Analysis and Software
Engineering
Sessional Based on System
Analysis and Software
Engineering
Microwave and Fiber Optic
Communication
Sessional Based on Microwave
and Fiber Optic Communication
Satellite Communication and
Radar
Neural and Fuzzy Systems in
Communications
Total 
DETAIL SYLLABUS
ICE-4201: Project
Credit: 3.00
Contact Hours: 3.00 Hours/Week
A detail theoretical study and practical work of some problems in communications,
networking and ICT related arena. This may be of investigative research nature or it
may be laboratory research oriented. The report may be purely economic, technical
or both and may include the comparative study of different choices for the solution
of the problems.
PUST
ICE
2013-2014
Page 69 of 76
ICE-4202: System Analysis and Software Engineering
Credit: 3.00
Contact Hours: 3.00 Hours/Week
System Concepts and Environment: Introduction, definition, Characteristics,
Types of System, the Information System Environment, Information needs, and the
concepts of MIS, DSS, and EIS.
System Development Life-cycle: Introduction, System development life-cycle,
Candidate systems, Prototyping.
System Analysis: System planning and the initial investigation, Information
gathering, the tools of Structured Analysis, Feasibility Study, Cost Benefit
Analysis.
Role of System Analyst: Definition, Historical perspective, Skills and
Qualifications of a system analyst, Multifaceted role of an analyst, the analyst/user
interface.
The Process and Stages of System Design: The process and stages of system
design. Input/ output and forms design, File organization and database design,
Logical and Physical design, Design methodologies, Major development activities.
System Testing and Quality Assurance: Introduction, System testing, Nature of
test data, Test plan, Quality assurance, Trends in testing, Implementation and
Software maintenance, Hardware software selection, Project scheduling and
Software, Security, Disaster/Recovery and Ethics in system development.
Software Development Life Cycle: Components of the Development Frame
Work, Phases of SDLC, Software Process, Software Process Models, Linear
Sequential Model, Prototyping Models, RAD, Incremental Model, Spiral Model
and Fourth Generation Techniques (4GT).
Software Project Management and Project Planning: Project Management
Spectrum- People, Product, Process, Project, Structure of the Development Team,
Coordination and Communication Issues, Software Scope, Resources,
Decomposition, Project Planning Objectives, Software Metrics and Project
Estimation, LOC Based and FP Based Estimation, Empirical Estimation Model,
The COCOMO Model, Risk Management.
Software Testing, Reliability and Maintenance: Different Testing Philosophy
and Methods, Software Reliability and Availability, Software Reengineering,
Maintenance Process, Configuration Management, Development of an Application
Using Software Engineering Concepts, Computer-aided Software Engineering,
CASE workbenches, Software Engineering Environments.
Software Design Concepts and Analysis Principles: Software Design, Analysis
Principles, Functional, Behavioral and Data Modeling, Prototyping Methods and
Tools, Elements of the Analysis Modes, SADT, Requirement Analysis Using DFD,
Data Dictionaries and ER Diagrams, Basic Design Principles Important Design
Concepts-Abstraction, Refinement, Modularity, Portioning, Functional
Independence, Classification of Cohesiveness and Coupling, Architectural
Mapping, Interface Design Considerations, Object Oriented Design, Guidelines for
User Interface Design, Design Documentation.
PUST
ICE
2013-2014
Page 70 of 76
Books Recommended:
1.
2.
3.
System Analysis and Design
System Analysis and Design
Information System
:
:
:
4.
Principle of Management
Information System
Basic System Analysis
System Analysis and
Development
System Analysis and Design
Software Engineering
Modern Structured Analysis
SSADM Version 4 a Practical
Approach
Software Engineering, A
Practitioner’s Approach
Software Engineering
Software Engineer’s Reference
Book
CASE Using Software
Development Tools
:
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
:
:
Elias M Awad
P. Edward
J. G. Burch Jr. F.R. Straton and
Grundnitski
G. Scott
:
:
:
:
A. Daniels and D. Yeates
P J Layzell and P Loucopolus,
Chartwell-Bratt.
S Y Wu and M S Wu, West
K. K. Aggarwal & Yogesh Singh
E Yourdon, Prentice-Hall
M Goodland and C Slater
:
R S Pressman, McGraw-Hill
:
:
I Sommerville, Addisi-Wesley
J McDermit, Butterworth
Heinemann
A S Fisher, Wiley
:
ICE-4203: Sessional based on System Analysis and Software
Engineering
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on System Analysis and Software Engineering.
ICE-4204: Microwave and Fiber Optic Communication
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Microwave Link: Microwave link and its advantage, Frequency assignment and
modulation methods, transmitting and receiving equipment, Base band repeater, IF
repeater, Microwave carrier supply, Microwave antenna, Microwave relay system.
Maser and Laser: Basic principles of masers, Ammonia maser, Solid-state laser,
Semiconductor and Gas laser; Microwave transducer for laser communication.
Application of maser and laser in telecommunication and satellite communication.
Optical Communication System: The general system, Advantages of optical fiber
communication materials, Types of fibers, Ray theory transmission, Light
propagation principle in optical fiber, Electromagnetic mode theory for optical
PUST
ICE
2013-2014
Page 71 of 76
propagation, Cylindrical fiber, Single mode fiber, Multimode fiber, Transmission
characteristics of optical fibers-Attenuation, Loss and Dispersion mechanisms, Link
budget using direct detection.
Fiber Optic Technology: Preparation of optical fibers, Optical fiber cables, Fiber
optic connectors, Couplers, Multiplexers and Splices, Wavelength converters,
Routers, Optical amplifiers, Coherent and WDM systems
Optical Communication Equipments: Optical Sources- Principles, Technology,
Parameters, Characteristics and Modulation; Optical Detectors- Principles,
Technology, Parameters, Characteristics and Noise Consideration, Direct detection
receiver performance considerations, Optical amplification and integrated optics.
Books Recommended:
1.
2.
Microwave Engineering
Microwave Measurements and Technique
:
:
3.
Electrical Communication
:
4.
5.
6.
:
:
:
:
:
Robert E. Collin
Thomas H. Lee
9.
Introduction to Radar System
Electronics Communication System
An Introduction to the Communication
Principles and Communication Theory
Foundations for Microwave Engineering
Planar Microwave Engineering: A Practical
Guide to Theory, Measurement, and Circuits
Electrical Communication
David M. Pozar
Thomas G
Lavevghetta
D. Roddy and
Coolen
M. I. Skolnik
Kennedy and Davis
J.C. Hancock
:
10.
11.
12.
13.
14.
Optical Fiber Communication
Fundamental of Optical Fiber Communication
Fiber Optic Communications
Fiber-Optic Communication Systems
Fiber Optic Communications
:
:
:
:
:
D. Roddy and
Coolen
J.M.Senior
Barnoski
Joseph C. Palais
Govind P. Agrawal
James Downing, Leo
Chartrand
7.
8.
ICE-4205: Sessional based on Microwave and Fiber Optic
Communication
Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Microwave and Fiber Optic Communication.
PUST
ICE
2013-2014
Page 72 of 76
ICE-4206: Satellite Communication and Radar
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Satellite Communication Systems: Introduction, Kepler’s first, second and third
law, Orbits, Geostationary and Geosynchronous orbit, Power System, Altitude
Control, Satellite station keeping, Antenna look angles, Limits of visibility,
Frequency plans and polarization, Transponders, Uplink and downlink power
budget, Overall link budget, digital carrier transmission, Multiple Access methods.
Earth Station Technology: Earth Station Design. Earth Station Design for Low
System Noise Temperature. Large Earth Station Antennas. Satellite Television
Broadcasting Networks, Fixed point Satellite Network, INTELSAT, Mobile
Satellite Network, INMARSAT, Low Earth Orbit and Non-Geostationary Satellite
Network, VSATs, direct Broadcast Satellite Systems, Satellite Navigation and the
Global Positioning System.
RADAR: Basic principle, Radar equation and range, Factor influencing maximum
range, Effect of Noise and Power; Frequency used in radar, Types of radar, CW
and FM radar; Doppler effect, MTI and Pulse radar: Duplexer radar receiver, Radar
Transmitting System, Indicator and Timers: Altimeter and IFR equipment;
Tracking radar systems and search systems, Lens and parabolic antenna for radar
and navigation, Radar Applications.
Books Recommended:
1.
Satellite Technology: Principles and
Applications
2. Satellite Communications Systems:
Systems, Techniques and Technology
3. Satellite Communications
4. Introduction to Satellite
Communication
5. Satellite Communications Systems:
Systems, Techniques and Technology
6. Electrical Communication
7. Communication Satellite
8. Introduction to Radar Systems
9. Radar Principles for the Non-Specialist
10. Principles of Modern Radar: Basic
Principles
:
11. Fundamentals of Radar Signal
Processing
:
PUST
ICE
2013-2014
:
:
:
:
:
:
:
:
:
Anil K. Maini and
Varsha Agrawal
Gerard Maral, Michel
Bousquet, and Zhili Sun
Dennis Roddy
Bruce R. Elbert
Gerard Maral and
Michel Bousquet
D. Roddy and Coolen
Carter
Merrill Ivan Skolnik
J. C. Toomay
Mark A. Richards, James A.
Scheer, and William A.
Holm
M. A. Richards
Page 73 of 76
ICE-4207: Neural and Fuzzy Systems in Communications
Credit: 3.00
Contact Hours: 3.00 Hours/Week
Introduction to Human Brain Mechanism, Neural Machine Intelligence. Neural
Dynamics: Activation and Signals, Activation Models, Synaptic Dynamics:
Learning Strategies, Single and Multilayer Perception, Kohonen’s SOM, Hopfield
Network, Associative Memory, Vector Quantization, Adaptive Resonance Theory
(ART), Boltzman Machine. Equilibrium of Learning System. Concept of NeuroFuzzy and Neuro-GA Network.
Fuzziness Vs. Probability, Fuzzy Associative Memory, Comparison of Fuzzy and
Neural Backerupper Control Systems, Fuzzy Image Transform Coding,
Comparison of Fuzzy and Filter, Target Tracking Control Systems. Genetic
Algorithm: Basic Concepts, Offspring, Encoding, Reproduction, Crossover,
Mutation Operator, Application of GA.
Books Recommended:
1.
2.
3.
4.
5.
6.
7.
8.
Neural Networks A Comprehensive
Foundation
Artificial Intelligence: A Systems Approach
Artificial Intelligence
Fundamentals of Neural Networks:
Architectures, Algorithms And Applications
Neural Computing - An Introduction
Neural Smithing: Supervised Learning in
Feedforward Artificial Neural Networks
Neural Networks and Learning Machines
The Handbook of Brain Theory and Neural
Networks
Credit: 3.00
:
Simon Haykin
:
:
:
M. Tim Jones
Patrick Henry Winston
Laurene V. Fausett
:
:
R Beale and T Jackson
Russell D. Reed and
Robert J Marks II
Simon Haykin
Michael A. Arbib
:
:
ICE-4208: Digital Signal Processing
Contact Hours: 3.00 Hours/Week
Digital Speech Processing:
Application of digital signal processing to speech signals. Acoustic and aeroacoustic theories of speech production leading to linear and nonlinear timefrequency models. Speech analysis-synthesis based on spectrogram, linear
prediction, homomorphic, filter bank, and AM/FM sinusoidal representations.
Extensions to wavelet, auditory-like, and other multiresolution analysis. Waveform
and model-based speech coding using scalar and vector quantization. Time-scale
and pitch modification; speech restoration; speaker separation; pitch estimation;
and speaker recognition. Application to music analysis-synthesis.
Digital Image Processing:
Basic Image Processing Systems: Image Sources, Characteristics, Image
PUST
ICE
2013-2014
Page 74 of 76
Representation, Hardware and Software Requirements.
Two-dimensional systems : Properties of two Dimensional Sequences and Systems,
2D Fourier Transform, 2D Z-Transform, 2D Sampling Theory.
Image
Quantization, Image Perception, Quality Measures.
Image Transforms: 2D DFT, 2D DCT, Sine transform, Hadamard, Slant and KL
Transforms.
Image Compression Algorithms: Pixel Coding-PCM, Run Length Coding,
Predictive Technique DPCM, Transform Coding-DCT, Vector Quantization, VQ in
Image Coding, Wavelet Based Compression, Interframe Coding, Standards for
Image Compression-JPEG, MPEG.
Image Segmentation: Feature Extraction, Edge Detection, Boundary Extraction,
Region Representation, Moment Representation, Shape Features, Scene Matching
Image Segmentation, Classification Techniques Supervised and Nonsupervised
Learning.
Image Enhancement and Restoration: Point Operations, Histogram Modeling,
Spatial Operations, Transform Operations, Image Filtering and Restoration, De
blurring Colour Image Processing.
Application: Application in Character Recognition, Biomedical Imaging, Remote
Sensing, Digital TV and Multimedia.
Books Recommended:
1.
:
Richard G. Lyons
2.
Understanding Digital Signal
Processing
Digital Signal Processing
:
3.
4.
Digital Signal Processing
Digital Signal Processing
:
:
5.
6.
Digital Signal Processing
The Scientist & Engineer's Guide to
Digital Signal Processing
Digital Image Processing
:
:
John G. Proakis,
Dimitris K Manolakis
M. H. Hayes
Alan V. Oppenheim and
Ronald W. Schafer
Sanjit K. Mitra
Steven W. Smith
Digital Image Processing Using
MATLAB
9. Digital Image Processing: An
Algorithmic Introduction using Java
10. Digital Image Processing
:
7.
8.
:
:
:
Rafael C. Gonzalez and
Richard E. Woods
Rafael C. Gonzalez
Wilhelm Burger and
Mark J. Burge
Kenneth R. Castleman
ICE-4209: Sessional based on Digital Signal Processing
PUST
ICE
2013-2014
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Credit: 0.75
Contact Hours: 1.50 Hours/Week
Laboratory based on Digital Signal Processing
The End
PUST
ICE
2013-2014
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