epon的opnet仿真代码

本代码实现了matlab调用VC的动态链接库与cypress的68013芯片通过usb进行数据交换(Matlab code implements the dynamic link library called VC and cypress in the 68013 chip data exchange via usb)

说明：  用从c＋＋写的floyd最短路径算法，可以求邻接矩阵任意两点的最短路径。(from using c++ to write the Floyd shortest path algorithm, can help adjacency matrix arbitrary 2:00 Shortest Path.)

stm32任务挂起与删除，已成功编译运行(STM32 task hangs and deletes, and has been successfully compiled and run)

PIC的学习文件，可以供初学者学习，使用的是C语言编程，还比较实用-PIC study documents, for beginners learning, using the C programming language, but also more practical

fl2440光盘中的源码,不包括启动代码部分，启动代码网上随便收收都很多的(the source of fl2440)

本程序完成了STM32F405RG芯片的CAN驱动，发送数据到上位机，测试工具USB CANII。(This program completed the STM32F405RG chip CAN driver, sending the data to the host computer, the test tool is USB CANII.)

漏动攻击MS06034源程序，编译后可运行，测试效果一般，因为是一个比较老的洞了(MS06034 source leakage dynamic attack, the compiler can be run to test the effect of the general, because it is a hole the old)

该方案配合SONY DSP CXD4140、CXD4151、 CXD4191、韩国UC2500GW等百万高清DSP来实现数字对焦，变倍过程跟踪对焦，使得图像在变倍过程中清晰稳定,并实现中英文菜 单，也可搭配普通模拟CMOS单片CCD板实现，外部控制接口采用TTL SONY VISCA协议（接口电平5V、3V3) 镜头采用进口或 国产3倍、18倍、22倍、36倍自动聚焦镜头 程序采用标准C语言模块化编写，方便日后生产中升级，使用不同厂家镜头时只需修 改镜头头文件即可；(The program with SONY DSP CXD4140, CXD4151, CXD4191, Korea UC2500GW etc. Megapixel Digital DSP to achieve focus, zoom focus tracking process, making the image clear and stable during magnification, and to achieve the English menu, but also with ordinary analog CMOS single-chip CCD board to achieve external control interface uses TTL SONY VISCA protocol (interface level 5V, 3V3) lenses imported or domestic three times, 18 times, 22 times, 36 times the auto-focus lens program using standard C language modules of writing, to facilitate the production of future upgrades, simply modify the header file when using the camera lenses from different manufacturers can be )

文以永磁同步电机为对象，采用矢量控制方案，首先我们研究了基于PI 的控制算法，在仿真基础上指出了PI 算法存在的一些不足。 在此基础上我们研究了基于扩张状态观测器（ESO）前馈补偿和线性比例反馈控制的永磁同步电机速度环控制算法， (Taking PMSM as the controlled plant, this paper studies the control system based on vector control, first, the servo control scheme based on PI control law is studied. Some limitations of PI based control scheme are pointed out. )

利用socket实现简单文件传输,mfc实现，很简单(Simple file transfer using socket, mfc achieve)