Department of Electronics and Communication Engineering

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1 Department of Electronics and Communication Engineering Curriculum for M. Tech in TELECOMMUNICATION ENGG. FIRST SEMESTER Sl. No Sub. Code Subject L-T-P Credits 1 EC1001 Advanced Digital Communication EC1002 Information Theory & Coding EC1003 Random Process *** Elective-I *** Elective-II EC1051 Telecommunication Laboratory EC1052 Term Paper TOTAL SECOND SEMESTER Sl. No Sub. Code Subject L-T-P Credits 1 EC2001 Telecommunication Networks EC2002 Wireless Communication *** Elective-III *** Elective-IV *** Elective-V EC2051 Design and Simulation Laboratory EC2052 Project-I EC2053 Seminar (Non-Project) TOTAL THIRD SEMESTER Sl. No Sub. Code Subject L-T-P Credits 1 EC3051 Project-II EC3052 Seminar TOTAL FOURTH SEMESTER Sl. No Sub. Code Subject L-T-P Credits 1 EC4051 Project-III EC4052 Seminar & Viva-Voice TOTAL

2 SUMMARY OF COURSES Sub Discipline: DEPARTMENTAL CORE SUBJECT CODE SUBJECT L-T-P CREDIT DEVELOPER EC1001 Advanced Digital Communication Prof. Sumit Kundu EC1002 Information Theory & Coding Dr. Sanjay Dhar Roy EC1003 Random Process Dr. Sanjay Dhar Roy EC2001 Telecommunication Networks Dr. Aniruddha Chandra EC2002 Wireless Communication Prof. Sumit Kundu Sub Discipline: DEPARTMENTAL ELECTIVES SUBJECT CODE SUBJECT L-T-P CREDIT DEVELOPER EC9011 COOPERATIVE COMMUNICATION NETWORK EC9012 STATISTICAL SIGNAL PROCESSING EC9013 OPTICAL COMMUNICATION EC9014 QUEUING THEORY FOR TELE COMMUNICATION EC9015 SOFTWARE ENGINEERING EC9016 COMPUTER SIMULATION OF ELECTRONIC CIRCUITS EC9017 SPEECH SIGNAL PROCESSING EC9018 IMAGE PROCESSING A. Majumder EC9019 MICROPROCESSORS AND MICROCONTROLLER EC9020 NEURAL NETWORKS EC9021 DETECTION AND ESTIMATION THEORY EC9022 FIBRE OPTIC NETWORK EC9023 INFORMATION SECURITY AND CRYPTOGRAPHY EC9024 SATELLITE COMMUNICATION EC9025 MICROWAVE CIRCUITS AND TECHNIQUE Prof. A. K. Bhattacharjee EC9026 ADVANCED ANTENNA ARRAY SYNTHESIS EC9027 MICROWAVE MEASUREMENTS AND Prof. B. Maji DESIGN EC9028 NETWORK INFORMATION THEORY EC9029 ANTENNA ANALYSIS AND SYNTHESIS Prof. B. Maji EC9030 ARTIFICIAL INTELLIGENCE AND SOFT COMPUTING Dr. D. Mandal

3 EC9031 VOICE AND PICTURE CODING EC9032 OPERATING SYSTEM EC9033 MATHEMATICAL METHOD IN TELECOMMUNICATION EC9034 DIGITAL SIGNAL PROCESSING & APPLICATION EC9035 TELECOMMUNICATION SYSTEM EC9036 EMBEDDED SYSTEMS EC9037 BROADBAND COMMUNICATION EC9038 ERROR CONTROL CODING Dr. S.Dhar Roy EC9039 CAD FOR VLSI EC9040 VLSI FOR DIGITAL SIGNAL PROCESSING EC9041 MIXED SIGNAL IC DESIGN EC9042 LOW POWER CIRCUITS AND SYSTEMS EC9043 DSP ARCHITECTURES IN VLSI EC9044 RF IC DESIGN EC9045 SOC DESIGN EC9046 FPGA BASED DESIGN EC9047 MEMS & MICROSYSTEMS TECHNOLOGY EC9048 ARCHITECTURAL DESIGN IN IC EC9049 NANOELECTRONICS EC9050 COMPUTER ARCHITECTURE EC9051 TESTING AND VERIFICATION OF VLSI CIRCUITS Sub Discipline : LABORATORY & SESSIONAL COURSES EC1051 Telecommunication Laboratory EC1062 Term Paper EC2051 Design and Simulation Laboratory Sub Discipline: PROJECT, SEMINAR etc. EC2052 Project-I EC2053 Seminar (Non-Project) EC3051 Project-II EC3052 Seminar EC4051 Project-III EC4052 Seminar & Viva-Voice

4 DETAILED SYLLABI OF COURSES SUBJECT CODE SUBJECT L-T-P CREDIT DEVELOPER EC 1001 Advanced Digital Communications Prof. Sumit Kundu 1. Baseband, narrowband and wideband signals and noise representation and characteristics of communication channels, Linear and optimal filtering. [5] 2. Baseband binary signal transmission: Band limiting effects, ISI, Design of band limited signals for controlled ISI- partial response signals. [5] 3. Maximum likelihood sequence detector (MLSD) for partial response signaling, Channel equalization. Adaptive and blind techniques. [7] 4. Detection of Binary Signal at base band: Optimum detector, MAP, maximum Likelihood (ML) Detector. [6] 5. M-array signals: orthogonal representation, Gram-Schmidt procedure, signal space concepts. [6] 6. Bandwidth efficient digital modulation techniques, introduction to OFDM, Synchronization. [6] 7. Spread spectrum techniques-codes, Direct Sequence (DS), Frequency Hopping (FH) transmitters, receivers, performance. [5] 1. Simon Haykin, Communication System, John Wiley & Sons 2. Digital Communication: Proakis 1. Spread Spectrum Techniques-Zeimer 2. Fundamentals of Statistical Signal Processing Vol. I : Estimation Theory and Vol. II : Detection Theory - S. M. Kay

5 EC 1002 Information Theory & Coding Dr. Sanjay Dhar Roy 1. Information: Definition and measurement, entropy, discrete memoryless source, Markov source, extensions of source. [4] 2. Source coding: Fixed length coding, variable length coding, uniquely decodable code, instantaneous code, Kraft and Mcmillan inequality, source coding theorem. [5] 3. Compact coding: Shannon-Fano, Huffman. Lempel Ziv coding, run length coding, rate distortion theory. [4] 4. Channel and Mutual Information: Discrete memoryless channels, channel matrix, joint and conditional entropy, mutual information, channel capacity, differential entropy, Shannon-Hartley law. [6] 5. Channel coding: channel coding theorem, Shannon limit. [3] 6. Block codes: Galois field, vector space and matrices. Linear block codes, syndrome decoding, maximum likelihood decoding, error detecting and correcting capabilities of block code. [5] 7. Cyclic Codes: Generator and parity check polynomial. Cyclic redundancy check, maximum length, Golay, BCH, Reed-Solomon [4] 8. Convolution codes: Code tree, trellis, state diagram, Viterbi decoding, sequential decoding. [4] 9. Advanced topics: Advanced coding techniques, trellis code, turbo code, burst error correcting codes, interleaving. [5] 1. Information and Coding Theory: N. Abramson 2. Information theory, Cover & Thomas 1. Coding Theory and Cryptography: Ranjan Bose 2. Error Correcting Codes: Todd K. Moon

6 EC 1003 Random Process Dr. Sanjay Dhar Roy

7 EC 2001 Telecommunication Networks Dr. Aniruddha Chandra 1. Introduction: Layered network architecture (OSI model), Packet switching and circuit switching, Physical layer. [4] 2. Data link layer: ARQ retransmission strategies, Sliding window protocols, efficiency analysis for ARQ system, Framing, Error detection and correction. [10] 3. Multiple-access protocols and techniques: ALOHA systems, CSMA-CD, CSMA-CA, FDDI and Token Ring. [10] 4. Media access layer: Discussion on important MAC standards. [4] 5. Network layer: Flow control & routing, TCP/IP protocols. [4] 6. Wireless LAN: IEEE-802 standards for LANs and MANs, Adhoc network, Bluetooth, Security issues. [8] 1. Data Networks - D. Bertsekas & R. Gallagar - PHI. 2. Data and Computer Communication - W. Stallings - Prentice-Hall. 1. Communication Networks - A. L.eon-Garcia and I. Widjaja TMH. 2. Data communications and Networking B.A. Forouzan TMH.

8 EC 2002 Wireless Communication Prof. Sumit Kundu 1. Introduction to Wireless Personal Communication, Mobile radio systems. [4] 2. Cellular systems concepts, principles, system design fundamentals, spectrum efficiency, frequency management, channel assignment, handoff, power control etc. [5] 3. Characterization of wireless radio channel, propagation path models and fading. [4] 4. Advanced modulation and channel coding for wireless communication. [6] 5. Interference and fading mitigation, equalization and diversity schemes. [3] 6. Multiple access techniques: TDMA, FDMA, Cellular CDMA, spread spectrum techniques, Wide-band CDMA, Capacities of multiple access schemes, comparison. [5] 7. Wireless Networks: Development in wireless Networks, wireless voice and data networks. SS7 Networks ISDN, B-ISDN, and ATM. Medium Access Control protocols, mobility management, Wireless ATM, wireless LAN, Wireless in local loop. [4] 8. Wireless Systems and standard: Introduction to spectrum and standard. AMPS, GSM, CDMA cellular standard ( IS-95), IMT2000,IEEE , HIPERLAN, infrared LAN. [4] 9. Introduction to satellite mobile communications. [5] 1. Wireless Communications and Networking by J. W. Mark and W. Zhuang, PHI 2. Wireless Communications: Andrea Goldsmith, 1. Fading and Shadowing in Wireless Systems: P. Mohana Shankar

9 EC 9018 Image Processing A. Majumder 1. Image Enhancement: Histogram equalization and specification, Contrast modification, Neighborhood filtering, Image smoothing and Image sharpening. [6] 2. Frequency Domain Processing: Fourier Transforms and their properties, Discrete Cosine Transforms, Applications of these in image filtering, compression. [7] 3. Segmentation: Edge based and Similarity based segmentation approaches, Watershed Algorithm, Fuzzy segmentation, Video segmentation. [6] 4. Multiresolution Image Processing: Wavelet Transforms, Applications of these in compression and feature extraction. [5] 5. Morphological Image Processing [2] 6. Feature Extraction and Data Projection: Morphological features, Statistical features, PCA networks, LDA networks, NDA networks, Kohonen s SOM network. [6] 7. Clustering: Hierarchical and Partitional clustering, Evaluation through CVIs, Various ways to compute optimized clusters [4] Total 36 classes 1. Gonzalez and Woods- Digital Image Processing, Prentice Hall Publisher 2. Sonka, Hlavac and Boyle- Digital Image Processing and Computer Vision, Cengage Learning. 1. Mallot A Wavelet Tour of Signal Processing, Elsevier Publications 2. Duda, Hart and Stork- Pattern Classification, Wiley Publishers

10 EC 9025 MICROWAVE CIRCUITS AND TECHNIQUES Prof. A. K. Bhattacharjee 1. Transmission lines for microwave circuits; detection [7] 2. Wave guides, Stripline, Microstrip, slot line [6] 3. Microwave circuit design principles; passive circuits [6] 4. Impedance transformers [4] 5. Filters, hybrids, isolators etc., [6] 6. Active circuits using semiconductor devices and tubes, [6] 7. Measurement of microwave signals. [5] 1. Electromagnetic Waves & Radiating Systems, 2ed Edition E. C. Jordan and K.G. Balmain,Pearson 2. Robert E Collin Foundation of Microwave Engineering, 2ed edition,mcgraw Hill, Inc. 1. SY Liao Microwave Devices & Circuits Pearson Education /PHI 2. K C Gupta Microwaves New Age Publishers

11 EC 9027 Microwave Measurements and Design Prof. B. Maji 1. Principles of microwave circuits, Wave guides, Cavity resonators, Directional couplers, [10] 2. Klystron and TWT amplifiers, Solid-state amplifiers, Oscillators, Masers, MIC's [10] 3. Various types of antennas and feed systems, Antenna measurement principles [10] 4. Tropospheric propagation techniques, Effect of tropospheric anomalies, Fading [10] 1. Electromagnetic Waves & Radiating Systems, 2ed Edition E. C. Jordan and K.G. Balmain, PearsonEducation 2. Elements of Electromagnetics, 4th Edition Matthew N O Sadiku Oxford University Press 1. Engineering Electromagnetics, 2ed Edition - Nathan Ida Springer India

12 EC 9029 Antenna Analysis and Synthesis Prof. B. Maji 1. Vector potential; antenna theorems and definitions; [8] 2. Dipole, loop,slot radiators; aperture antennas; [8] 3. Array theorems [4] 4. Pattern synthesis; self and mutual impedances; [6] 5. Scanning antennas; signal processing antennas, traveling wave antennas; [10] 6. Antenna measurements. [4] 1. Electromagnetic Waves & Radiating Systems, 2ed Edition E. C. Jordan and K.G. Balmain,Pearson EducationPrinciples of data conversion system design: B. Razavi, IEEE Press Elements of Electromagnetics, 4th Edition Matthew N O Sadiku Oxford University Press 1. Engineering Electromagnetics, 2ed Edition - Nathan Ida Springer India

13 EC 9030 Artificial Intelligence and Soft Computing Dr. D. Mandal 1. Neural Networks: Fundamentals of neural Networks, Model of an artificial neuron. Neural network Architecture. Characteristics of Neural network. Learning methods. Taxonomy of neural Network architecture. History of neural network Research. [8] 2. Backpropagation networks: Architecture of a backprpagation network. Backpropagation Learning. Applications. Associative memory. Adaptive resonance theory. [8] 3. Fuzzy Logic: Fuzzy set theory. Fuzzy systems. [8] 4. Genetic Algorithm: Fundamentals of genetic algorithm, Encoding, Fitness function, Reproduction. Genetic modeling Cross Over, Inversion and Deletion, Mutation operator, Bit-wise operators. Applications. [10] 5. Hybrid systems Integration of Neural networks, Fuzzy Logic and Genetic algorithm. [6] 1. Neuro-Fuzzy and Soft computing, Jang, Sun, Mizutani, Pearson 2. Neural networks: a comprehensive foundation, Haykin, Pearson 1. Genetic Algorithms, Goldberg, Pearson 2. Fuzzy Sets & Fuzzy Logic, G.J. Klir & B. Yuan, PH

14 EC 9038 Error Control Coding Dr. S.Dhar Roy 1. Introduction to Linear Algebra: Group, Ring, Filed, Vector Space. [6] 2. Binary Linear Block Codes : Generator and Parity Check Matrices, Dual Codes, Decoding, General properties of linear block codes, Hamming Code. [6] 3. Cyclic Codes: Algebraic description, Encoding and Decoding of Cyclic codes [4] 4. BCH Codes: Properties, Encoding and Decoding, Euclidean Algorithm. [4] 5. Reed Solomon (RS) Codes: Definition, Decoding of RS codes, Berlekamp- Messy Algorithm. [4] 6. Convolution Codes: Definition, Encoding Trellis and State representation,viterbi decoding, Error probability. [4] 7. LDPC Codes : Definition, Construction, Regular and irregular LDPC, Belief Propagation, Tanner Graph, Decoding, Iterative Decoding [6] 8. Turbo Codes: Definition, Construction methods, Decoding, BCJR Algorithm, EXITchart. [6] 1. Error Control Coding; Fundamentals and applications: Shu Lin and Daniel.J.Costello Jr. Second Edition, Pearson India. 2. Essentials of Error Control Coding by Moreira and Farrel, Wiley India 1. Error Correction Coding :Mathematical Methods and Algorithms by Todd.K. Moon, Wiley India.

Course Developer: Ranjan Bose, IIT Delhi

Course Title: Coding Theory Course Developer: Ranjan Bose, IIT Delhi Part I Information Theory and Source Coding 1. Source Coding 1.1. Introduction to Information Theory 1.2. Uncertainty and Information