资源列表
LZW_Demo
- C++的LZW源码!带有运行界面,可供大家学习,很不错的源码!-C++ source code for LZW! Interface with a run for our study, a very good source!
watermarkingbyPE
- using prediction error for water marking
jbig
- 二值图像压缩算法标准,是当前最好的二值图像压缩方法-binary image compression algorithm
012
- MNG解码的c源码,希望对大家有作用,-MNG decode c source
facetracking_matlab_20060309
- face tracking system code
SolarLEACH
- 在omnet++上面运行仿真的leach协议代码。包含完整的网络文件。-In omnet++ above leach operation agreement simulation code. Document contains the complete network.
list
- 实用算法,能够很好的实现哈夫曼算法等,还能译码,非常的好用!-Practical algorithm that can achieve very good Huffman algorithm can decode, very easy to use!
2009_An_Improved_SPIHT_Algorithm_Based_on_Pixel_Do
- 基于像素域的改進的SPIHT算法:分層樹的集分割算法是一種簡單、有效的嵌入式零樹編碼算法.在算法的基礎上提出了一種基于空域的改進方法.首先將圖像的偶數裂像素減去相鄰兩奇數列的均值,形成分裂圖像.然后將分裂圖像的奇數列提取出來作為主圖像,將偶數列提取出來作為幅圖像.最后將主幅圖像以合適的權值分別進行壓縮-Pixel-based domain improved SPIHT algorithm: the set partitioning in hierarchical tree algorithm i
2009_the_Algorithm_Improves_in_Dyadic_System_Owing
- 嵌入式系統中SPIHT算法改進的研究: 本文在重點分析研究SPIHT算法的基礎上,結合現有技術提出一種改進的SPIHT算法.改進的SPIHT算法通過采用提升小波變換、結合人眼視覺特性、對算法的分集排序過程進行優化等措施,進一步提高壓縮性能,而且圖像復原質量較好.-SPIHT algorithm for embedded systems to improve the research: In this paper, the focus of analysis in the SPIHT algori
2009_Image_Compression_Algorithm_of_SPIHT_Based_on
- 一種基于塊樹結構的SPIHT數字圖像壓縮算法: 在分析圖像經過小波變換后所具有的特性的基礎上,提出了一種改進的SPIHT算法.由于低頻系數占據圖像的百分之九十以上的能量,在圖像的重構中十分重要,所以,對這些系數不進行壓縮而直接傳輸 而最高頻系數相對不重要,所以不做處理,只在圖像重構時以指定的數值予以重構,因此不僅提高了圖像的質量,同時提高了圖像的壓縮率.在具體的算法中,提出了塊樹的結構,減少了算法所需的內存,拓寬了算法的應用范圍.-A tree structure based on the SP
QccPackSPECK-0.58-1
- The QccPackSPECK module is a optional addon to the QccPack library for the quantization, compression and coding of data. -The QccPackSPECK module is a optional addon to the QccPack library for the quantization, compression and coding of data.
libQccPackSPIHT
- The QccPackSPIHT module also provides the 3D-SPIHT algorithm for image-cube coding. See the file LICENSE-3D-SPIHT for licensing information for 3D-SPIHT.-The QccPackSPIHT module also provides the 3D-SPIHT algorithm for image-cube coding. Se