EE 650 COMMUNICATION SYSTEMS WITH EMERGING APPLICATIONS

Fall 2005

Sand Diego State University, San Diego, USA

Outline (Tentative)

Chapter
Title
Sections
Sections in Kurzweil
Downloadable Link
1

Fourier Analysis


 Covered Elsewhere
Chapter 1
None
2
 Introduction and a Brief Review on Digital Communications & Probability Theory
  • Introduction
  • Review of Probability Theory
  • Random Variables
  • Statistical Averages and Characteristic Function
  • Stochastic (Random) Processes
  • Statistics of Linear System Response
  • AWGN and Bandlimited Noise
Chapter 2
Chapter1.pdf
2
 Optimum Receiver Principles
  1. Maximum Aposteriori Receiver
  2. Maximum Likelihood Receiver for AWGN Channel
  3. Correlation and Matched-Filter Receivers
Chapter 3
Chapter2.pdf
3
 Binary and M-ary Digital Communication Techniques
  1. Error Probability Computation
  2. Antipodal Binary Signaling
  3. Binary Orthogonal Signaling
  4. ML Receivers for Bi-orthogonal & Multilevel Signals
  5. Performance Bounds in AWGN
Chapter 4A, 5, 6
Chapter3.pdf
4
Linear Modulation Schemes
  1. Binary Phase Shift Keying (BPSK)
  2. Differential PSK (DPSK)
  3. Quadrature PSK (QPSK)
  4. Quadrature Amplitude Modulation (QAM)
  5. Multidimensional Lattice-Based Constellations
  6. Summary of Energy and Spectrum Efficiency in Digital Modulation
 
Chapter 4A, 5, 6
Chapter4.pdf
5
 Coded Modulation Schemes 
  1. Definitions and Code Classes
  2. Linear Block Codes and Examples
  3. Cyclic Codes and Examples
  4. BCH and Reed-Solomon Codes
  5. Convolutional Codes with Examples
  6. Trellis Coded Modulation and Ungerboeck Codes
 
Chapter 9
Chapter5.pdf
6
 Equalization and Echo Cancellation
  1. Channel Equalization
  2. Adaptive Equalizers
  3. Steepest Descent and LMS Algortihms
  4. Decision-Feedback Equalization
  5. Echoes in Channel
  6. Echo Cancellers
 
Chapter 10, 11
Chapter6.pdf
7
 DSL and High-Rate Digital Communication
  1. Digital Subscriber Line Technologies
  2. Highlights of ADSL Standard Architecture
  3. Carrierless AM/PM (CAP) Modulation
  4. Discrete Multi-Tone (DMT) Modulation
  5. HDSL/ADSL Systems using DMT Modulation
 
Not covered
Chapter7.pdf
Examples
 Student Projects  Several Experiments have been designed by students.
Channel, Carrier Phase, Timing Recovery, Adaptive Equalization, TDMA+FDMA, CDMA, GSM2000, WB-CDMA (Wi-fi), etc
Student Projects