在八个城市之间建造电视微波中继站，如图是可行线路，弧旁数字为费用。试建在哪个城市可实现连通每个城市且费用为最低。...

这是一个关于基于混合编码的图象压缩技术的实现，现在勉强可以实现关于小波的图象压缩实现。此程序可以将BMP格式的图象经压缩后以JPG的格式存储起来！压缩比一般可以达到32:1。还可以显示编码压缩所耗时间-This is a mixed coding on the basis of the image compression technology, and now can barely be achieved on wavelet image compression achieved. This procedure can be BMP format images compressed by the JPG format to store up! Compression ratio generally can be reached 32:1. It also shows the time taken Coding

pqmagic pro script,PQMagic 脚本说明.-pqmagic pro script!!!!!!!!!!!

本程序实现了数据压缩中RLC(游程编码)过程。执行环境为 TC 3.0。-realized by the data compression RLC (RIc) process. The environment for the implementation of TC 3.0.

#include #include #include #define TG PORTB.1 #define RF_Rx PIND.2 #define Busy PIND.3 #define Mess1 PORTB.0 #define Mess2 PORTD.7 #define Mess3 PORTD.6 #define Mess4 PORTD.5 #define Mess5 PORTB.7 #define Mess6 PORTB.6 #define Buzzer PORTD.0 #define Zone1 PINC.0 #define Zone2 PINC.1 #define Zone3 PINC.2 #define Zone4 PINC.3 #define Zone5 PINC.4 #define Zone6 PINC.5 #define Zone7 PIND.1-#include #include #include #define TG PORTB.1 #define RF_Rx PIND.2 #define Busy PIND.3 #define Mess1 PORTB.0 #define Mess2 PORTD.7 #define Mess3 PORTD.6 #define Mess4 PORTD.5 #define Mess5 PORTB.7 #define Mess6 PORTB.6 #define Buzzer PORTD.0 #define Zone1 PINC.0 #define Zone2 PINC.1 #define Zone3 PINC.2 #define Zone4 PINC.3 #define Zone5 PINC.4 #define Zone6 PINC.5 #define Zone7 PIND.1

RLE8压缩和解压缩算法 用VS2005开发，并且测试通过-RLE8 compression and decompression algorithm using VS2005 to develop and test

实现显示字体大小的程序 大家多提点小意见-Shown Font size realize the procedure to talk too much about everyone and little advice

这是架包java-unrar-0.2.jar的源码，利用这个架包可以解压缩.rar文件。-This is the package java-unrar-0.2.jar source, take advantage of this package can extract the plane. Rar file.

这个是电子地图的 原程序 很好的,不错啊 侃侃 ,很有帮助-This is the electronic map of the original program very good, good ah Kankan, helpful

数据压缩Huffman算法-Huffman data compression algorithm

conpressive sensing 的MMA新程序- This is an example using the Subspace Pursuit Algorithm of Wei Dai and Olgica Milenkovic "Subspace Pursuit for Compressive Sensing: Closing the Gap Between Performance and Complexity" and the Re-weighted algorithm of Rick Chartrand and Wotao Yin "Iteratively Reweighted Algorithms for Compressive Sensing" In order to run this example you need to install all these m.files in the same directory and type trialSP2 at the prompt. Written by Igor Carron http://nuit-blanche.blogspot.com Creative Commons Licence with attribution