Contents of the dissertation

Contents

Table of content

  1. Background
    1. Vocoding
      1. The speech chain
      2. Speech production
    2. Joint source-channel coding
      1. Tandem source and channel coding
      2. Joint coding
  2. A real-life application
    1. The TCENLP vocoder
      1. Principles of the TCENLP vocoder
      2. Quantitative data of the TCENLP vocoder
    2. The CDMA IS-95A standard
      1. Rationale for the choice of the standard
      2. Overview of CDMA
      3. Fundamentals of IS-95A
    3. Our home-made channel coding attempt
  3. Implementation and results
    1. IS-95A and fading channels
    2. The TCENLP vocoder
    3. Interfacing the components
    4. The channel part of the joint coding
  1. Original project description
    1. Context
    2. Outline

Table of figures

Glossary of Symbols and Abbreviations

AWGN
Additive White Gaussian Noise
BER
Bit Error Rate
BPSK
Binary Phase-Shift Keying
BSA
Binary Switching Algorithm
CDMA
Code Division Multiple Access
COSQ
Channel-Optimized Scalar Quantisation
COVQ
Channel-Optimized Vectorial Quantisation
DoD
The US Department of Defense
IA
Index Assignment
LPC
Linear Prediction Coding or Linear Prediction Coder
LTP
Long Term Prediction or Long Term Predictor
MORVQ
Modulation Organized Vector Quantisation
PN
Pseudo-random Noise
SAA
Simulated Annealing Algorithm
SOHC
Self-Organized Hyper Cube
SOM
Self-Organized Map
STP
Short Term Prediction or Short Term Predictor
TCENLP
Trained Code-Excited Non-Linear Predictor
Vocoder
Voice Coder