WpfApplication1

（利用GIF_LZW算法实现的）网络图片传输 技术特点 ~~~~~~~~ 一、使用TCP协议传输数据。理由：稳定性好。 二、使用字节数据流进行传输，理由： A:VB的String存在自动Unicode转换问题，影响速度； B:可以直接发送8位字节数据，不需要使用Base64编码，从而减少了编码时间。 三、使用GIF-LZW压缩算法压缩图像。理由： A:行程编码、Huffman压缩算法压缩率太低； B:JPEG压缩算法需要太多位运算，且运算量大（有专门MMX优化算法），不利于VB实现； C:GIF-LZW压缩算法压缩率较好，且我已想出VB语法下高效GIF-LZW压缩/解压算法。 四、使用“有序抖动”算法进行 色彩量化。理由：“有序抖动”处理的结果具有一定规律性，有助于LZW类算法压缩。-(using GIF_LZW algorithm) picture transmission network ~~~~~~~~ a technical features, the use of TCP to transmit data. Reason : good stability. Two, the use of byte data stream for transmission, reasons : A : VB String exist automatically Unicode conversion, the impact speed; B : can directly send eight bytes of data and do not need to use Base64 encoding, thereby reducing the coding time. 3, the use of GIF- LZW compression algorithm for image compression. Reason : A : itinerary coding, Huffman compression algorithm compression rate is too low; B : JPEG compression algorithm needs much-bit computing, and large amount of computation (with MMX spe

一个用VC做得简单实用得类似拨号上网软件。很简单，对于哪些做监控等等得人很有用(VC done a simple and practical in a similar dial-up software. Very simple, monitoring, etc. What do useful to the right people)

内存映射文件的使用(The example of using memory map file)

说明：  基于Ubuntu版本来，在Linux中编写C语言代码，Linux编程进阶，Linux的文件编程，Linux的流编程，Linux的进程，Linux的线程，Linux的信号和进程间通信，Linux的管道、命名管道和进程间通信，Linux的System V IPC进程通信等(linux C programe book)

Computer Networking--A multithreaded Web server

学习CC2530时对软件编写的模块化整理：I/O中断、ADC(Modular finishing of software writing when studying CC2530: I/O interrupt, ADC)

Jdk14Logger implements Log, Serializable.

TS201上实现动目标检测和识别，编译环境是visual dsp ++(target detection and recognition)

这是一本关于IOCP模型原理及其功能介绍的文章。对于做大型服务器很有帮助(This is a book about IOCP model and the function introduction article. For large server help )

Simple bare bones DLL to enumerate video capture devices, and capture into a buffer on a seperate thread. A program can link to this DLL, begin video capture, and pull from the 30 frames / second buffer at any frequency and get full RGB frames to then save to disk, encode, etc.(Simple bare bones DLL to enumerate video capture devices, and capture into a buffer on a seperate thread. A program can link to this DLL, begin video capture, and pull from the 30 frames/second buffer at any frequency and get full RGB frames to then save to disk, encode, etc.)