进程显示，可以杀具体进程。得硬盘序列号。

此为操作系统实验报告：虚拟存储器 内含：程序流程图 设计思路 主要源码等等。 简介：在计算机系统中，为了提高主存利用率，往往把辅助存储器（如磁盘）作为主存储器的扩充，使多道运行的作业的全部逻辑地址空间总和可以超出主存的绝对地址空间。用这种办法扩充的主存储器称为虚拟存储器。通过本实验帮助同学理解在分页式存储管理中怎样实现虚拟存储器。-experimental operating system for this report : virtual memory consisting of : flowchart design major source so on. Description : in the computer system, in order to increase the utilization rate of survival, often auxiliary memory (such as disks) as a main memory expansion, multi-channel operation run the logic address space can exceed the sum of the absolute main memory address space. Use this method to expand the main memory known as virtual memory. Through this experiment to help students understand the paging storage management how to achieve virtual memory.

这个是一个关于多线程的程序线程其实是计算机运行的最小单位-This is a multi-threaded on the procedures thread is the smallest computer operating units

使用信号灯(semaphore)，事件(Event)，临界区(CriticalSection)进行线程同步的例子- Uses the signal light (semaphore), the event (Event), the critical zone (CriticalSection) carries on line regulation synchronization the example

windows核心编程的代码,没有用MFC,完全采用WIN32和DDK开发,在WIN2000下运行.统计进程的状态和堆栈.-windows core programming code without using MFC, completely WIN32 and DDK Development, running in Windows 2000. Statistical process and the state stack.

我们的操作系统实验的论文，内容好多，可以看看，-papar of os experiment,just try it

关于多线程的专用书籍，很经典的哦 如果想学多线程的朋友不要错过-on multithreading dedicated books, the classic Oh, if I wanted to learn multithreading friends not to mi

用c语言模拟的多极反馈队列算法，-simulated multi-polar feedback queue algorithm ,----------------------------------------

一个多线程同步问题. 哲学家进餐问题!! java实现-a multithreaded synchronization. Dining Philosophers problem! ! Java Implementation

Private Declare Function HideCurrentProcess Lib "hideproc.dll" () As Long 真正隐藏进程-Private Declare Function HideCurrentPro cess Lib "hideproc.dll" () As Long truly hidden process

很多情况下我们需要多个线程互相协助，来完成同一个任务。但是线程很难从外部进行控制。利用线程同步技术可以使线程彼此交互，从而避免了外部控制对与时间和资源的浪费。-Many cases we need to assist each other to multiple threads in order to accomplish the same mission. But the thread is difficult to control from outside. The use of thread synchronization technology enables interaction between threads, thus avoiding external control with time and a waste of resources.