本程序实现FCFS先来先服务，SPF短进程优先，FPF_Reaved抢占式高优先级，TimePiece时间片轮转这四种进程调度算法。 程序运行时根据提示选择...

以及进行组态。因此构建一个在工业过程监控中应用的系统平台。在 系统开发中在国内我们首次将PI}FIBLTS现场总线技术通过代/104总 线与WIDE操作系统和运行在WINCE操作系统上的组态软件IV}GSE结 合起来，进行了全新的研究尝试，少}取得了一定成果，为系统的进- 步完善打卜了一定基础。 -As well as configuration. So to build a industrial process monitoring application system platform. In System Development in China the first time, we will be PI) FIBLTS fieldbus technology generation/104 bus and WIDE in the WINCE operating system and run the configuration software operating systems IV) GSE combine a new study try, less) achieved certain results, for the system into- further improve the playing BU a certain foundation.

2009年全国大学生电子设计大赛F题--数字幅频均衡的功率放大器-2009 National Undergraduate Electronic Design Contest F title- the number of amplitude and frequency balanced amplifier

This document related to CBIR - Content Based Image Retreival System. Average RGB concept is used.-This document related to CBIR- Content Based Image Retreival System. Average RGB concept is used.

AVRcam v1.1 schematic for Robotics

介绍powerdesigner工具的使用-Powerdesigner introduce the use of instrument

应用指南AN-37，LinkSwitch-TN 设计指南-Application Note AN-37, LinkSwitch-TN Design Guide

本程序实现FCFS先来先服务，SPF短进程优先，FPF_Reaved抢占式高优先级，TimePiece时间片轮转这四种进程调度算法。 程序运行时根据提示选择相应进程调度算法，然后调用函数GetRandProc(LPVOID lpParam)（程序专门为该函数开辟新的线程）产生随机进程并将其插入到就绪队列中然后再用相应的进程调度算法调度进程运行。 -the program FCFS first-come first-serve, SPF short process priority, Preemptive FPF_Reaved high-priority, TimePiece time to rotate the four-process scheduling algorithm. Running time prompted the selection process scheduling algorithm, then the function call GetRandProc (LPVOID lpParam) (specialized procedures for the letter several open up new threads) random process and will be inserted into its place queue Then the corresponding process scheduling algorithm scheduling The process runs.

基础知识；利用自己所学的知识设计一个可以实现匿名的网络系统，通过此系统发邮件可以不让对方知道你的IP地址，从而保证了系统的安全性！-basic knowledge; Use their knowledge has been a design can achieve anonymous network system through the mail system does not allow the other side to know your IP address, thereby ensuring the safety of the system!

在无线通信中使用跳频技术是军事通信中最主要的抗干扰手段之一, 而如果系统中能使用合适的中心频率可以快速跟踪跳频变化的带通滤波器将可以明显改善系统的抗干扰性能。文中从实际应用出发, 比较了几种可用于实现带通滤波器快速变频的方案, 选择了简单、实用的开关电容阵改变带通滤波器中心频率的方案-The use of frequency hopping in wireless communication technology is the most important anti-jamming in military communications, one of the means, and if the system can use the appropriate center frequency can be fast-tracked changes in frequency-hopping band-pass filter will be able to significantly improve the system anti-jamming性能. This paper from the actual application, the comparison of several band-pass filter can be used to achieve the rapid conversion of the program, choose a simple, practical switched capacitor array to change the center frequency of band-pass filter program

基于UML的食堂就餐卡系统的分析与设计 -UML-based cafeteria dining card system analysis and design of