DEPARTMENT OF ELECTRICAL COMMUNICATION ENGINEERING
Indian Institute of Science, Bangalore 560 012.
I TERM : AUGUST-DECEMBER 2014
COURSES SCHEDULE
Course No. Credits
Title of the Course
SESSION: 2014 - 2015
Instructor/s
I M.E. (Telecommunication):
Core
E2 202
3:0
Random Processes
Utpal Mukherji/Anurag Kumar
E2 211
3:0
Digital Communication
B. Sundar Rajan
E2 221
3:0
Communication Networks
A. Chockalingam
Note: 1. Students cannot choose as Electives other courses which are equivalent to the
Hardcore courses.
Soft Core A
E1 251
3:0
E2 201
3:0
Linear and Nonlinear Optimization
Information Theory
Muthuvel Arigovindan, EE
Navin Kashyap
Soft Core B
E2 205
3:0
Error Correcting Codes
E2 223
E7 221
E9 201
Communication Protocols
Fibre-Optic Communication
Digital Signal Processing
P. Vijay Kumar
P. Venkataram/
Anandi Giridharan
T. Srinivas/E. S. Shivaleela
Soma Biswas, EE
3:0
2:1
3:0
I M.E.(Signal Processing) * for 2013-15 batch
CORE
E1 251
E2 202
E2 212
3:0
3:0
3:0
Soft Core A
E9 201
3:0
E9 241
2:1
E9 291
2:1
Soft Core B
E2 211
3:0
E9 202
3:0
E9 221
3:0
Linear and Nonlinear Optimization
Random Processes
Matrix Theory
Muthuvel Arigovindan, EE
Utpal Mukherji/Anurag Kumar
A G Ramakrishnan
Digital Signal Processing
Digital Image Processing
DSP System Design
Soma Biswas, EE
Kunal Chaudhury, EE
G. Ratna, EE
Digital Communication
Advanced Digital Signal Processing:
Non linear Filters
Digital Signal Compression (Signal
Quantization and Compression)
B. Sundar Rajan
T V Sreenivas
T V Sreenivas
I.M.E. (Microelectronic Systems)
Pool A: Materials, Processes and Device Technology
NE 205
3:0
IN 214
E3 214
E3 274
3:0
3:0
3:0
E7 213
3:0
Semiconductor
Devices
&
Integrated Circuits Technology
Semiconductor Devices and Circuits
Microsensor Technologies
Power Semiconductor Device &
Physics
Introduction to Photonics
Navakanta Bhat, CENSE
E8 202
3:0
Computational Electromagnetics
E0 284
E3 225
E3 238
E3 257
E3 271
2:1
3:0
2:1
2:1
3:0
Bharadwaj Amrutur
Santanu Mahapatra, DESE
Gaurab Banerjee
Haresh Dagale
Mayank Srivastava, DESE
E9 252
3:0
Digital VLSI Circuits
ARt of Compact Modeling
Analog VLSI Circuits
Embeded Systems 1
Reliability of nanoscale Circuits and
Systems
Mathametical Methods & Techniques
in Signal Processing
P. Venkataram
Aditya Gopalan
Vinod Sharma
Neelesh B Mehta
Faculty
Sanjiv Sambandam
T Srinvias
Mayank Srivastava, DESE
Manoj Varma & Ambarish
Ghosh, CENSE
K J Vinoy & Dipanjan Gope
Pool B
Shayan Garani
ELECTIVE
E0 266
E1 245
E2 301
E2 302
3:0
3:0
3:0
3:0
E2 312
3:0
E8 202
3:0
Topics in Ubiquitous Computing
Online Prediction and Learning
Topics in Multiuser Communication
Next Generation Wireless Systems:
Design and Analysis
Random Matrix Theory for Wireless
Communication
Computational Electromagnetics
0:9
Project
Chandra R Murthy
K. J. Vinoy/Dipanjan Gope
II M.E
EP 299
Note 2: Students are advised to get the Registration Cards duly signed by the Advisor and
respective course instructors on and keep them ready for Registration. The Course
Registration will be on 04/08/2014 from 10.30 AM to 12.30 AM and 2.30 PM to 4.30 PM in
Room No.1.06 of the ECE Dept.
Date:30/07/2014
(CHAIRMAN)
New course structure applicable to the students joining in August 2014 (for Signal
Processing students only)
Duration: 2 years (64 credits)
Core Courses
Hard Core: 12 credits (All courses are compulsory)
E1 244
3:0
Detection and Estimation Theory
E2 202
3:0
Random Processes
E1 251
2:1
Linear and Nonlinear Optimization
E2 212
3:0
Matrix Theory
Soft Core : Minimum of 12 credits
E1 213
3:1
Pattern Recognition and Neural Networks
E9 211
3:0
Adaptive Signal Processing
E9 213
3:0
Time Frequency Analysis
E9 241
2:1
Digital Image Processing
E1 216
3:1
Computer Vision
E2 211
3:0
Digital Communication
E9 261
3:1
Speech Information Processing
E9 291
2:1
DSP System Design
E9 221
3:0
Digital Signal Compression
Project: 28 Credits
EP 299
0:28
Dissertation Project
Electives: The balance of 12 credits to make up the minimum of 64 credits required to complete
the ME degree (all at 200 level or higher) must be obtained through electives from
within/outside the EE and ECE departments, taken with the approval of the DCC/Faculty
advisor.