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suanshu
- 利用matlab开发平台针对算术编码原理实现了算术编码
Arithmeticcoding
- 用matlab实现算术编码，包含对数据的压缩和解压
Arithmetic
- 算术编码与译码原理以及Matlab实现代码
work.rar
- 常用图像压缩编码码matlab实现。包括：DM编码、变换编码（FFT和DCT）、算术编码、行程编码、Huffman编码、线性预测编码和一个近似的JPEG编码过程。非常适合入门用户实践。,Commonly used image compression coding matlab code to achieve. Including: DM coding, transform coding (FFT and DCT), arithmetic coding, Run-Length Coding, Hu
zishiyingsuanshubianma
- 用MATLAB编程实现自适应的算术编码，采取巧妙的方法。-Programming with MATLAB adaptive arithmetic coding, to take a clever approach.
AVIRIS_LP
- 一种基于线性预测和算术编码的高光谱图像压缩方法，希望对您有用。-Based on linear prediction and arithmetic coding of hyperspectral image compression, and I hope useful for you.
huff
- 利用matlab编程环境，采用算术编码的方式实现字符串的无损压缩-The use of matlab programming environment, using arithmetic coding means to achieve a string of lossless compression
arithmeticCoding
- 该程序实现了算术编码的编译码，并得到随机信源的输出码字和编码效率。-The program achieves the encoding and decoding of arithmetic coding, and gets the output code words and coding efficiency of the random sourse.
suanshubianma
- 可以实现对简单字符的算术编码（abcde） -Characters can be achieved for simple arithmetic coding (abcde)
Arithmetic
- 压缩编码中的算术编码，利用matlab进行建模和编码，做到了成功压缩和解压缩的功能- AC Coding with matlab
ssbm
- 算术编码，matlab实现编码与译码，而且不考虑其精度-Arithmetic coding, matlab coding and decoding achieve, and do not take into account their accuracy
Arithmetic-coding
- 算术编码，MATLAB数字图像处理中的代码-Arithmetic coding, MATLAB code for digital image processing
Suanshu-Bianma-Jiema
- 基于matlab的算术编码设计，里面的程序均得到验证-Arithmetic coding matlab-based design, which the program have been validated
suanshubianma
- 算术编码，MATLAB数字图像处理中的代码-Arithmetic coding, MATLAB code for digital image processing
ArithmeticCoding
- 算术编码的Matlab实现，用于该编码的各种压缩、加密应用中，参考程序。-Arithmetic Coding program using Matlab.
ArithCoder
- 一种算术编码器，可以快速实现压缩，在matlab中具体命令如：!ArithCoder -e -t bits Idata.dat enIdata.dat 其中Idata.dat 为需要压缩的，enIdata.dat 为编码后的-An arithmetic encoder, can quickly achieve compression, in the MATLAB specific commands such as:!-e-t bits Idata.dat ArithCoder enIdata.d
算术编码matlab
- 从整个符号序列出发，根据各信源序列的概率将信源序列映射到[0,1) 区间上，然后选取区间内的一点（也就是一个二进制的小数）来表示信源序列。(From the entire sequence of symbols, the source sequence is mapped to the interval [0,1] according to the probability of each source sequence, and then a point (that is, a binary f