MulThread

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)

一种可以利用它来实现线程安全读写控制的模型，可以在vc下编译运行。(one can use it for reading and writing threaded control of the security model, the compiler running under vc.)

自己写的多线程对队列中插入和删除数据，最重要的是要保持同步，供大家学习(Write your own multi-threaded insert and delete data in the queue, the most important thing is to keep pace for everyone to learn)

Asthenameimplies,theformistransparent()

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)

bmp位图文件的读取与保存,可以借此熟悉bmp的文件结构(Read and save bmp bitmap files, you can be familiar with the file structure of bmp)

用软件方法解决上述临界区问题—兄弟。即要求修改sm6，实现accnt1+accnt2 提交的程序名：ex2 采用的算法可选择： –Peterson算法：(Solving these critical problems by using software method . That requires modifications to the sm6 implementation of accnt1+accnt2, the program name- submit: ex2 The algorithm can choose: Peterson algorithm:)

用CEVENT类中的event事件响应来做线程之间的通讯工作(failed to translate)

此代码实现进程与进程之间内存映像共享、也可以实现进程间通讯，适合初学者了解API(id-id message)

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)