lzma算法实现，很经典包括c/c++/c#/java的实现

【文本与二值图像的游程】1. 文本游程压缩的原理 对重复字段采用3符号标识法：(1) 重复提示符,比如@,#等；(2) 游程长度参数或重复次数,若用一个字节表示,最大长度可为255个重复字；(3) 重复字符。以上三部分合称为重复因子。可见要获得压缩效益，重复字符应在3个以上。2. 图像游程压缩的原理 对于二值图像，原始数据为零一矩阵，压缩时逐行处理该矩阵：(1) 连续n个1，表示为+n；(2) 连续n个0，表示为-n。-text and binary image-- an outbound trip. Yu Cheng text compression principle on repeated field using three symbols logo Act : (a) repeat prompt, such as @,#, etc.; (2) Run-length parameters, or the number of repeat, if using a byte, the largest the length of 255 to repeat the word; (3) repeat characters. More than three as part of a repeat factor. Visibility to gain compression efficiency, duplication of characters in three more. 2. Run-image compression for the principle of two binary images, a zero original data matrix, progressive compression deal with the matrix : (1) n a row, n; (2) consecutive n 0, expressed as-n.

zlib pascal语言源码 -The source in Pascal of zlib

H.264编解码算法源代码-H.264 codec algorithm source code

小波变换中的多项式变换的C++语言程序实现-wavelet transform the polynomial transform the C Programming Language

本程序是LZW图象压缩算法，能够对图象较好地进行压缩-LZW algorithm for image compression, to be able to better image compression

huffman编码 hao a -Huffman coding a hao

Visual C++ 压缩与解压缩 使用LZW算法，解压率不错-compress visual c++

液晶显示ssd1305去冬样例，可参考-LCD ssd1305 last winter sample can be found

现实问题模拟：一块方巾有多处被细菌感染，可以看做多个感染区域，给定一点（即一个坐标），标识出该点所在区域。简单的divide and conque 应用-Simulate the real problem: there is a square of multiple bacterial infections, multiple infections can be seen as regional, for a given point (that is, a coordinate), identify the point region. Application of a simple divide and conque

著名的zlib 压缩解压缩库的JAVA语言实现。-Famous decompress zlib compression library JAVA language.