关于多线程的一个程序，主要是说明同步技术在多线程中的应用。...

一个关于进程管理的viasual C++源代码-On process management viasual C++ Source code

程序运行结束删除本！-running deleted from the end!

操作系统的课程报告，关于内存的分区，分配，回收，以及分页置换功能！-The operating system programs report on the memory partition, distribution, recycling, and the replacement paging features!

CloseSmoothly_demo, 通过回调实现对话框的平滑淡入淡出效果-CloseSmoothly_demo through dialog callback achieve a smooth fade out effect fades

这是一个关于线程并行与串行所用时间的比较（结合了win32更有实用性）-This is a thread of the serial and parallel time spent by the comparison (in the context of the win32 more practical)

进程枚举 类似于任务管理器中的任务列表 可以列举出系统运行的进程-Enumeration process is similar to Task Manager task list can be listed out in the process of system operation

本程序模拟进程管理，类似windows里的进程管理界面，但是只是模拟各种状态的转换以及cpu的分配，有利于在学习os时对进程加深理解-the simulation process management, and similar windows Lane process management interface, but only to simulate a state of the allocation of cpu is conducive to the learning process right when os deepen understanding

编写并调试一个模拟的进程调度程序，采用“最高优先数优先”调度算法对五个进程进行调度。 　　“最高优先数优先”调度算法的基本思想是把CPU分配给就绪队列中优先数最高的进程。 　　静态优先数是在创建进程时确定的，并在整个进程运行期间不再改变。 　　动态优先数是指进程的优先数在创建进程时可以给定一个初始值，并且可以按一定原则修改优先数。例如 ：在进程获得一次CPU后就将其优先数减少1。或者，进程等待的时间超过某一时限时增加其优先数的值，等等 -Write and debug a simulation of the process scheduler, using the "highest priority number priority" scheduling process scheduling algorithm to five. The "highest priority number first" scheduling algorithm the basic idea is to CPU allocated to the highest-priority ready queue in the process. Static priority number is determined when creating the process, and in the whole process will not change during the operation. Dynamic priority number refers to the process of creating a process priority number can be given an initial value, and can modify the priority number according to certain principles. Example : In the process, get a CPU after its reduction in the number one priority. Or, the process of waiting time exceeds a certain time limit, increase

强力结束进程,可以学习下易如何调用驱动.不错的源码.结束微点,金山等杀毒软件的进程-Strong the end of the process, you can easily learn how to call the next driver. Good source. The end of micro-point, Jinshan, such as antivirus software process