FX-4800P

用Labview控制两台电脑通过以太网进行通信，两台电脑都可以进行发送和接收()

This article is to use the rectangular window method to design FIR bandpass filter, to filter out the noise of the music signal,

说明：  VISSIM——com接口 vb、c++、java的使用手册(VISSIM-Manual for the Use of vb, c++, Java in com Interface)

CANopen c 源码，已调试成功，是学习canbus的好资料。(CANopen c souse code)

导弹设计程序列子-missile design procedures Liezi

页面置换算法 包括fifo 先进现出，最近最早未使用，lru算法-Fifo page replacement algorithm, including advanced show, the first unused recently, lru algorithm

C++开发的推箱子游戏 1.类的划分 Cdraw类 绘画加载地图（包括围墙、人、箱子等等） Cman类 是否完成（过关） 即时更新地图 2.设计思想 从文件map.txt里读取地图信息，然后通过Cdraw类加载地图，通过keydown事件调用Cman里的重载函数updatemap， 单参数updateMap(UINT nChar)是用于更改当前小人以及箱子的坐标，记录下来后传给updateMap(int x1, int y1, int x2, int y2, int x3, int y3) 从而改变地图。-C development Tuixiangzi a game. Class division Cdraw painting category loaded maps (including the wall, boxes, etc.) if the class completed Cman (clearance) updated maps 2. Design ideas from the paper map.txt Lane read map information, then pass Cdraw Class Loading maps, Calling the incident through keydown Cman Lane updatemap of overloading functions, updateMap single parameter (UINT nChar) is used to change the current villains and the coordinates of the boxes, After record pass updateMap (int x1, y1 int, int x2, int y2, x3 int, int y3), thus changing map.

模型参数估计，mcmc方法，对于sv-spm模型估计(Model parameter estimation, MCMC method, and sv-spm model estimation)

说明：  采用二次规划算法求解电动汽车入网的优化控制策略问题，控制车辆(Using quadratic programming algorithm to solve the problem of optimal control strategy of electric vehicle network access, control the vehicle)

本设计是将安卓技术、单片机技术、无线通信技术等相关技术应用到视频监控系统中，可实现视频监控系统的设备移动化，由可移动监控平台、控制软件两部分组成。通过无线网络对监控平台进行移动方向、速度的控制，平台上的安卓手机摄像头实时采集视频图像信号并通过无线WiFi网络将视频信号实时传输到手机端观看。具有控制方便，监控灵活，模块化，可拓展性强等优点，可应用于险情探测、防爆、现场巡视、家庭安防、图像采集等领域。此部分是安卓端代码。(This design applies Android technology, microcontroller technology, wireless communication technology and other related technologies to the video surveillance system, which can realize the equipment mobility of the video surveillance system. It consists of mobile monitoring platform and control software. The mobile direction and speed of the monitoring platform are controlled by wireless network. The Android mobile camera on the platform collects video image signals in real time and transmits them to the mobile terminal for viewing through wireless WiFi network. It has the advantages of convenient control, flexible monitoring, modularization and expansibility. It can be used in danger detection, explosion-proof, on-site inspection, family security, image acquisition and other fields.)