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