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OFDM principle, suitable for WiMAX beginners

基于多DSP的雷达阵列信号处理系统 (DSP-based multi-array radar signal processing system)

300 MHz内部时钟频率 集成的12位输出DAC 超高速，3 ps RMS抖动比较器9854代码(300 MHz Internal Clock Rate Integrated 12-Bit Output DAC Ultrahigh-Speed, 3 ps RMS Jitter Comparator9854code)

本系统属于小型的局域网监控系统，可以对某一台计算机进行屏幕监控，屏幕信息需要时时显示，网络延时不能大于1秒，服务器端可以随时运行，只要客户端运行，就能够显示屏幕信息。(This system belongs to a small local area network monitoring system that can carry out the screen of a computer monitor, the screen displays information needs from time to time, the network delay can not be greater than 1 second, the server-side ready to run, as long as the client is running, you can display on-screen information .)

clips 系统原理与编程，非常好用的书籍，内部资料外面没有，大家可以来看看(Clips system principle and programming, very easy to use books, internal information outside, we can look at)

VC++的经典技巧总结，乃多年代码经历所成，是精华中的精华，值得所有程序员共享。(The classic skills of VC++ concluded that the code is many years of experience into the best of the best, it is worth all programmers share.)

64位驱动程序 通过系统提供的线程回调 防止远程线程注入(64-bit driver prevents remote thread injection through thread callback provided by the system)

守侯---远控客户端 本套代码为开源远程控制类型软件测试版本,主要目的学习及交流远控技术. 功能概括1.  远程屏幕查看及控制,录制远程屏幕到本地AVI文件及保存本地图片.2.  远程摄象头管理,录制远程摄象头到本地AVI文件及监听远程语音.3.  远程文件管理4.  远程进程管理5.  远程服务管理6.  远程窗口管理7.  远程命令行管理8.  远程键盘记录9.  DDOS模块简单模拟10. 远程3322动态域名上线测试

基于arm9与fapa的fifo的驱动以及测试程序(Fapa based on the fifo and arm9 driver and test procedures)

多级反馈队列进程调度算法 1． 实验目的： 用高级语言编写和调试一个进程调度程序，以加深对进程的概念及进程调度算法的理解。 2． 实验内容： 编写一个模拟程序，完成单处理机系统中的进程调度,采用多级反馈队列的时间片轮转调度算法. 实验具体包括:首先确定进程控制块的内容,进程控制块的组成方式，确定相关参数(如进程数、到达时间、服务时间、时间片大小等) 然后完成进程创建原语、进程调度原语和进程撤销原语 最后编写主函数，上机实验并取得结果数据。 (The process of multi-level feedback queue scheduling algorithm 1. Experimental Objective: To use advanced language writing and debugging a process scheduler in order to deepen their understanding of the concept of the process and understanding the process of scheduling algorithm. 2. Experimental contents: the preparation of a simulated procedure, single-processor systems to complete the process of scheduling, the use of multi-level feedback queue scheduling algorithm Round-Robin Time Slice. Experiments include: First of all, the process control block to determine the content, process control block of the composition determine the relevant parameters (such as the process of the number of arrival time, service time, time slice size, etc.) and then complete the process of creating the original language, the process of scheduling the original language and the process of revocation of the original language the final preparation of the main function of the machine and obtain the results of)