소스 코딩

양자화, 압축, 확장 소스 코딩 기법

소스 코딩 기법을 적용하여 대표 파티션과 특정 코드북 맵에 따라 신호의 형식을 지정합니다. 다양한 소스 코딩 기법은 양자화, 압축, 확장을 적용합니다.

함수

`arithdeco`	Decode binary code by arithmetic decoding
`arithenco`	Encode sequence of symbols by arithmetic encoding
`compand`	Source coding mu-law or A-law compressor or expander
`dpcmdeco`	Decode using differential pulse code modulation
`dpcmenco`	Encode using differential pulse code modulation
`dpcmopt`	Optimize differential pulse code modulation parameters
`huffmandeco`	허프만 디코딩으로 이진 코드 디코딩
`huffmandict`	알려진 확률 모델을 사용하여 소스에 대한 허프만 코드 사전을 생성
`huffmanenco`	허프만 인코딩으로 심볼 시퀀스 인코딩
`lloyds`	Optimize quantization parameters using Lloyd algorithm
`quantiz`	양자화 인덱스와 양자화된 출력값 생성

`comm.DifferentialDecoder`	Decode binary signal using differential decoding
`comm.DifferentialEncoder`	Encode binary signal using differential coding

A-Law Compressor	Implement A-law compressor for source coding
A-Law Expander	Implement A-law expander for source coding
Differential Decoder	Decode binary signal using differential coding
Differential Encoder	Encode binary signal using differential coding
Mu-Law Compressor	Implement µ-law compressor for source coding
Mu-Law Expander	Implement µ-law expander for source coding
Quantizing Decoder	Decode quantization index according to codebook
Quantizing Encoder	Quantize signal using partition and codebook

Quantization
Quantize data to improve signal sampling efficiency in communications systems.
Differential Pulse Code Modulation
Use DPCM as a predictive quantization method.
Compand a Signal
Make µ-law or A-law compressor and expander calculations.
Huffman Coding
Compress data so that no codeword is a prefix of any other codeword in the dictionary by using Huffman coding and decoding.
Arithmetic Coding
Compress data from sources with a small alphabet by using arithmetic coding and decoding.