CPUdrawsina

进程调度算法，使用类做的先来先服务算法进行调度(Process scheduling algorithm, using the class to do a first-come first-served scheduling algorithm)

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)

运行程序，单击“启动线程”按钮，程序将启动一个线程，线程将进行数值计算，并将结果发送给主窗口；单击“挂起线程”按钮，线程将挂起；单击“恢复线程”按钮，线程将恢复。(Run the program, click" start the thread" button, the program will start a thread, the thread will make numerical computation, and sends the result to the main window click" thread hang" button, the thread will be suspended click on" restore thread" button, the thread will recover.)

多线程的演示程序。建立两个线程,分别执行不同的任务(multithreading demonstration program. The establishment of two threads, the various duties)

labwindows/cvi 多线程实例 经过自己修改(labwindows/cvi multi-threaded example after their changes)

剪贴板通信--虽然程序很简单，但是很好地解析了进程和线程的原理，是运用进程和线程的小例子(Clipboard communication- although a simple process, but the good analysis of the principles of process and thread, is to use a small example of the process and thread)

实现两个进程间的通讯，IPC(Inter-Process Communication)是共享"命名管道"的资源，通过提供可信任的用户名和口令，连接双方可以建立安全的通道并以此通道进行加密数据的交换，从而实现对远程计算机的访问。(Communication between two processes, IPC (Inter-Process Communication) is a shared resource of the " named pipes" by providing a trusted user name and password, to connect the two sides can establish a secure channel and channels for the exchange of encrypted data enabling access to the remote computer.)

多线程，创建子线程，包括信号量、事件、互斥等线程资源保护机制。(Multi-threaded, create sub-threads, including semaphores, events, mutexes, thread and other resource protection mechanism.)

进程通信，接收者进程、发送者进程，消息，句柄(process communication ,receiver processer,sender processer,message)

一个简单的多线程计数实例,带有挂起和唤醒的功能(A simple count of instances of multi-threaded, with suspend and wake-up function)