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串口检查源码，VC++工程项目，经典串口通信工具(failed to translate)

远端操作人机，可以节省传统HMI，继而使用一体式面板。使用更加方便(Remote Operator Terminal)

这个程序是用VC++编程操作网卡的例子，可以实现网络连接的启动，禁用等(the procedure is to operate with VC Programming Network Card example, can achieve a network connecting the start of such banned)

FGMultiThreading，halcon多线程实现图像抓取，图像处理 运行环境：vs2013，c++，MFC， 主要针对图像读取，二维码识别，多线程处理(FGMultiThreading, Halcon multi-threaded image capture, image processing Operating environment: vs2013, c++, MFC, Mainly for image reading, two-dimensional code recognition, multi-threading processing)

我这段代码是一个名为Youtoo的sipphone工程改编而来。（www.pudn.com 上有） 原工程是在vc 6.0下开发，而我是在vs 2005 把代码重新改写了一边，同时稍微改了一下界面。 我用来测试客户端（ua）的服务器是 Brekeke SIP Server(安装完后可以注册)。 在程序运行前应该在vs2005重新设置lib和头文件的位置。 库放在lib目录下 头文件放在include目录下。(I have this code is a Youtoo adapted from the sipphone works. (Www.pudn.com have) the original project is developed in vc 6.0, while I was in vs 2005 to rewrite the code aside, at the same time slightly changed about the interface. I used to test the client (ua) of the server is Brekeke SIP Server (can be registered after installation). Before the program runs in VS2005 should be re-instated in the lib and header file location. Treasury on the lib directory下头document include directory.)

假设有n个任务由k个可并行工作的机器来完成，完成任务i需要的时间为ti，试设计一个算法找出完成这n个任务的最佳调度，式的完成全部任务的时间最早(Suppose there are n tasks done by the k-th machine can work in parallel, needed to complete the task i time Ti, try to design an algorithm to find the complete optimal scheduling of the n tasks, the task time of the completion of the formula earliest)

23个GOF模式的C++版本，改写来自Java，一些小实例(GOF c++ java)

VTK实验程序，利用VTK开源库实现Marching Cubes等值面提取算法，程序中可修改等值面参数，交互界面实现物体的旋转、缩放，数据文件在工程目录下(VTK experimental procedures, the use of open-source library implementation VTK Marching Cubes isosurface extraction algorithm, the program can be modified isosurface parameters, interactive interface to achieve the object rotation, scaling, data files in the project directory)

用VC开发的驱动级键盘钩子源码，可以用户获取记录按键信息(Drive-level keyboard hook source)

实现USB采集的图像序列或者视频中人脸检测与计数，应用OPENCV实现(Image sequence to achieve USB or video capture human face detection and counting, the application to achieve OPENCV)