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COURSE SCHEDULE
Course Management System - UET Taxila
Lecture #1, 10 March, 2008
Basics of Digital Communication, Classification of Signals, Energy and Power Signals, Spectral Density, Autocorrelation Random Signals, Stochastic processes.
Reference: Chapter 1, Digital Communications, Bernard Saklar
Lecture #2, 22 March, 2008
Sampling and Quantization, Correlation Coding, Pulse Coded modulation, uniform and Non Uniform Quantization, Base Band Modulation, Line Coding and Correlative coding
Reference: Chapter 2, Digital Communications, Bernard Saklar
Lecture #3, 24 march 2008
Signals and noise, Vectorial View of Signals, Detection of Signals in Noise using Matched Filters
Reference: Chapter 3, Digital Communications, Bernard Saklar
Lecture #4, 31 March 2008
Inter symbol Interference, Pulse Shaping, Equalization and Eye Patterns
Reference: Chapter 3, Digital Communications, Bernard Saklar
Lecture #5, 7 April 2008
Error Coding, Linear Block Codes, Cyclic Codes, Estimation Error Detection and Correcting Capability of the codes
Reference: Chapter 6, Digital Communications, Bernard Saklar
Lecture #6, 14 April, 2008
Quiz-1 Chapter 1,2
BCH Codes, Reed Muller Codes, Golay Codes, Convolution Codes
Reference: Chapter 6,7, Digital Communications, Bernard Saklar
Chapter 8, Error Correcting Codes, Todd K. Moon
Lecture #7, 21 April 2008
Reed Solomon Codes
Reference: Chapter 8, Digital Communications, Bernard Saklar
Lecture #8, 28 April 2008
Turbo Codes, Interleaving
Reference: Chapter 8, Digital Communications, Bernard Saklar
Lecture #9, 5 May 2008
Quiz-2, Chapter 3,6,7
FSK, ASK, Correlation Receivers, Coherent Detection of the Signals, Non Coherent Detection
Reference: Chapter 4, Digital Communications, Bernard Saklar
Lecture #10, 12 May 2008
Error Performance of Binary Signals M-Ary Signaling and performance, Symbol Error Performance for M-Ary Systems
Reference: Chapter 4, Digital Communications, Bernard Saklar
Lecture #11, 19 May 2008
Spread Spectrum Communication, Frequency Hopping, Pseudo Number noise generation, Jamming Consideration Direct Sequence Spread Spectrum
Reference: Chapter 12, Digital Communications, Bernard Saklar
Lecture #12, 26 May 2008
Quiz-3 Chap 4, 8 and 12
3g and 4 G Communication basics, Space Time Block Codes Reference: Chapter 12, Digital Communications, Bernard Saklar
Chapter 4,5,6,7, Space Time Block Codes, Hamid Jafarkhani
Lecture #13: 2,June 2008
Amplitude Quantization, Adaptive Prediction, Block and Transformation codes
Reference: Chapter 13, Digital Communications, Bernard Saklar
Lecture #14: 9 June 2008
Audio, and Video Compression, MPEG and JPEG Based Compression Schemes
Reference: Chapter 4,5,6,7 Data Compression, David Solomon
Lecture #15: 16 June 2008
Fading Channels, Signal Time Spreading, Variance Caused by motion, Migration Effect of Fading, Applications of Fading Channels
Reference: Chapter 15, Digital Communications, Bernard Saklar
Lecture #16: 23 June 2008
Synchronization of Transmitter and receiver, Pilot Symbols and Preamble Based Synchronization, Channel acquisition
Reference: Chapter 10, Digital Communications, Bernard Saklar
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