资源列表
DelphiZLib.123
- The zlibex.pas unit included in this archive will work with delphi 5, 6,and 7. if you previously downloaded my delphi 5 unit, you will notice that the unit has been renamed. this was done because borland included in its delphi 6 and 7 lib directories
zip密码破解程序.可以用无穷发也可以用字典.
- zip密码破解程序.可以用无穷发也可以用字典-zip password cracking program. Infinite can also be made using the dictionary
压缩文件算法（lz77）
- 使用LZ77算法压缩文件的C代码，一般来说，现在流行的winzip，winrar以及unix下的compress使用的都是该算法-LZ77 algorithm compressed files in C code, in general, the now popular winzip. unix WinRAR and compress the use of the algorithm are
amr-nb-coder
- AMR-NB 的编码实现,纯C, VC下建立工程即可用.-AMR-NB Coding, and pure C, VC can be used to establish the project.
aPLib-0.42
- 一款高质量的压缩算法，内含解压算法的源码，好多压缩壳类软件，都用此压缩缩放-a quality compression algorithm, the algorithm containing unpacked source, a lot of shell type compression software and using compressed zooming
G.728code
- 该算法是G.728音频编码解码程序 供大家参考-G.728 audio codec procedures for your consideration
gif_dec
- gif编码和解码的程序。：） -gif encoding and decoding process. :)
AdaptiveHuffman
- 自适应huffman编码，即在编/解码过程中根据已编/解码数据来计算各个码字的概率，并动态调整huffman树。包括编码器和解码器。 在vc++.net 2003下开发-adaptive Huffman coding, that is the encoding / decoding process based encoding / decoding data to calculate various code word probability, Dynamic adjustment and
jpeg_encoder
- 完整的jpeg encoder verilog code,DCT部分採用1991 IEEE transection paper,利用skew circular convolution來實現精簡電路-complete jpeg encoder Verilog code, DCT is partly based on the IEEE 1991 transection paper, using skew circular convolutions to achieve streamlining ci
axc
- 基于小波变换的图像压缩方法的源代码，内容主要是小波分解，重构-based on wavelet image compression method source code, which is decomposed and Reconstruction
jpg_DCT
- 实现基本JPEG的压缩和编码 ％ 1． 首先通过DCT变换去除数据冗余； ％ 2． 使用量化表对DCT系数进行量化； ％ 3． 对量化后的系数进行Huffman编码。 -achieve basic JPEG compression and coding% 1. First through DCT remove data redundancy; % 2. Using quantitative table right DCT coefficient quantization; 3.
哈夫曼压缩解压算法
- 哈夫曼压缩解压算法-Huffman compression decompression algorithm