h.263解码器 视频会议 图像采集 图像压缩

一个火焰程序，自动在屏幕上显示烟火-a flame procedures, automatically displayed on the screen pyrotechnics

CORDIC算法的VHDL实现 对于采用VLSI实现图象处理技术的算法中有很大的帮助-CORDIC algorithm using VHDL realize VLSI realize image processing algorithm technology has a great help

这是一个关于操作系统的进程调度的程序,是用C编的-This is a process of the operating system"s scheduling process, the C series

我写的基于bandelet域的spiht图像压缩算法。效果比经典的SPIHT好。文章已发，希望代码对大家有用。-I wrote bandelet domain-based SPIHT image compression algorithm. SPIHT is better than a good classic. Article has been distributed, I hope the code useful for everyone.

TI的CCS开发环境，H.263的压缩解压缩环回演示代码-TI

SharpZipLib之前叫做NZipLib，完全由 C# 开发的压缩库，支持Zip, GZip, Tar and BZip2 ，为2007年8月最新0852release版的代码实例！ Changes for v0.85.2 release Minor tweaks for CF, ZipEntryFactory and ZipFile. Fix for zip testing and Zip64 local header patching. FastZip revamped to handle file attributes on extract + other fixes Null ref in path filter fixed. Extra data handling fixes Revamped build and conditional compilation handling Many bug fixes for Zip64. Minor improvements to C# samples. ZIP-1341 Non ascii zip password handling fix. ZIP-355 Fix for zip compression problem at low levels -SharpZipLib called before NZipLib, entirely by the C# Compression library developed to support the Zip, GZip, Tar and BZip2, for in August 2007 the latest version of the code examples 0852release! Changes for v0.85.2 releaseMinor tweaks for CF, ZipEntryFactory and ZipFile.Fix for zip testing and Zip64 local header patching.FastZip revamped to handle file attributes on extract+ Other fixesNull ref in path filte

java开发的数据库，这个比较大，初学者不太容易看懂，不过这个使用odbc比较简单-java development of the database, which is rather large, beginners not readily accessible. However, this is relatively simple to use odbc

c source cord, just for check function-c source cord,just for check function

实现哈夫曼的编码和译码，适用于各种图像格式。-Realize Huffman encoding and decoding for a variety of image formats.

Chip type : ATmega8 Program type : Application Clock frequency : 8.000000 MHz Memory model : Small External SRAM size : 0 Data Stack size : 256 *****************************************************/ #include #include #include #include #include #include #define TG PORTB.1 #define RF_Rx PIND.2 #defi-Chip type : ATmega8 Program type : Application Clock frequency : 8.000000 MHz Memory model : Small External SRAM size : 0 Data Stack size : 256 *****************************************************/ #include #include #include #include #include #include #define TG PORTB.1 #define RF_Rx PIND.2 #defi