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多线程求卷积1）数据矩阵：256*256 –原始矩阵设置：随机50个点设置为255，其余为0 2）卷积核：5*5 –明确注明所设计的卷积核 3）迭代次数：100 –每5次迭代保存一次数据矩阵 –通过20个结果矩阵，生成动画 初始矩阵随机生成，随机分配50个数的值为255(Multithreading convolution 1) Data Matrix: 256* 256- the original matrix settings: a randomized 50-point set to 255, the rest is 02) convolution kernels: 5* 5- convolution kernel designed specifically stated 3) Iterations: 100- once every five iterations save data matrix- matrix results through 20, randomly generated initial matrix generated animation, randomly assigned number is 255 50)

多线程计算π的程序源码 可以直接编译运行 采用了windows的多线程(Multi-threaded computation of π can directly compile and run the program source using multi-threaded windows)

任务管理器小程序，有完整的源代码，C实现 (Similar to the windows task manager, with complete source code.)

研华AD板卡通过visual c++实现控制,多线程(Advantech AD Card through visual c achieve control, multithreading)

多线程串口程(multithread serial way)

端口扫描 多线程实现 使用的是VC++语言，有vs2010调试并测试成功(Port scan)

一个介绍如何在Visual C中调用多线程代码，本例中也同时实现了常用的排序算法。完整源代码，已通过测试。(How a call in Visual C multi-threaded code, in this case also commonly used to achieve a sort algorithm. Full source code, has been tested.)

利用线程同步实现读者和写者的问题，使用信号量来控制(reader and writer)

模拟进程在静态优先级算法下的调度过程 算法选择：静态优先级。(Simulation process under static priority scheduling algorithm algorithm selection process: static priority.)

说明：  有限元设计,悬臂梁承受荷载的变形情况,有图形显示,(Finite element design, cantilever beam under the deformation of the load, graphics show,)