Huffman

说明：  基于感兴趣区的MPEG-4 FGS增强层码率分配算法 基于感兴趣区的MPEG-4 FGS增强层码率分配算法(Regions of interest based on the MPEG-4 FGS enhancement layer bit allocation algorithm is based on regions of interest of MPEG-4 FGS enhancement layer bit allocation algorithm)

A Visual Cryptography Based Watermark Technology for Individual

压缩的所有文件,解压缩的所有文件(zip unzip)

从Zip文件创建，添加，提取，更新，删除文件 读/写密码保护的Zip文件 支持AES 128/256加密 支持标准邮??编加密 支持Zip64格式 支持存储（无压缩）和Deflate压缩方法 从Split Zip文件创建或提取文件（例如：z01，z02，... zip） 支持Unicode文件名 进度监视器(Create, add, extract, update, delete files from Zip files Read/write password-protected Zip files Support for AES 128/256 encryption Supporting Standard Postal Encryption Support Zip64 format Supporting storage (uncompressed) and Deflate compression methods Create or extract files from Split Zip files (e.g. z01, z02,... Zip))

ZIP文件的一个编解码算法，主要用于ZIP文件的加解密。(ZIP file of a codec algorithm, mainly used in ZIP file encryption and decryption.)

代码实现了基于ARM7的MPEG-4视频解码器，由C代码和汇编混合编写，已经在ARM7TDMI平台调试通过。(Code based on the ARM7 realize the MPEG-4 video decoder, from C code and compilation of mixed-prepared, has been adopted ARM7TDMI debugging platform.)

在分布式压缩感知中的一种重构算法，联合向前正交追踪算法。(In a distributed compressed sensing reconstruction algorithm, combined forward orthogonal tracking algorithms.)

呃，就是用赫夫曼算法写的压缩解压程序。非常粗糙，只能压缩英文文章。因为里面的字符概率是基于自然语言的，源代码之类的没法压缩。而且会抛弃最后几个字母，嘿嘿。为了交作业，没有好好写。改一下下应该能挺好的。压缩比能到60 吧(Uh, is to use Huffman compression decompression algorithm written procedures. Very rough, only compress English articles. Because there is the probability of characters based on natural language, the source code and the like can not compressed. And will abandon the last few letters, hehe. For homework, not properly written. The following should be able to change it quite good. Compression ratio to 60 of it can be)

lzw压缩算法的C语言实现，包含压缩和解压缩的原理及实现代码(failed to translate)

说明：  图的算法实现 （1）将图的信息建立文件； （2）从文件读入图的信息，建立邻接矩阵和邻接表； （3）实现Prim、Kruskal、Dijkstra和拓扑排序算法。 (Graph Algorithms (1) will map the information to create the document (2) read from the document map information, the establishment of adjacency matrix and adjacency list (3) the realization of Prim, Kruskal, Dijkstra, and topological sorting algorithm.)