1 Scope
2 Reference
3 Definitions
4 Abbreviations and acronyms
5 Conventions
6 General description of the ITU-T G.711.0 coder
6.1 Encoder
6.2 Decoder
6.3 Supported frame lengths
6.4 Bit rate
6.5 Algorithmic delay
6.6 Computational complexity and memory requirements
6.7 Coder description
6.8 Mapping functions
6.9 Variable-length coding schemes
7 Functional description of the encoder
7.1 Prefix codes for frame length
7.2 Prefix codes associated with each encoding tool
7.3 Encoding tool selection
7.4 Uncompressed coding tool
7.5 Constant value coding tools
7.6 Plus-Minus zero Rice coding tool
7.7 Binary coding tool
7.8 Pulse mode coding tool
7.9 Value-location coding tool
7.10 Mapped domain LP coding tool
7.11 Fractional-bit coding tool
7.12 Min-Max level coding tool
7.13 Direct LP coding tool
8 Functional description of the decoder
8.1 Obtaining the frame length and the decoding tool from a prefix
code
8.2 Uncompressed decoding tool
8.3 Constant value decoding tools
8.4 PM zero Rice decoding tool
8.5 Binary decoding tool
8.6 Pulse mode decoding tool
8.7 Value-location decoding tool
8.8 Mapped domain LP decoding tool
8.9 Fractional bit decoding tool
8.10 Min-Max level decoding tool
8.11 Direct LP decoding tool
9 Bit-exact description of the ITU-T G.711.0 codec
9.1 Use of the simulation software
9.2 Organization of the simulation software Electronic
attachment – Fixed-point reference implementation and associated test signals