启动并控制其它Exe程序，在一个进程中启动另外一个程序。适合与初学者。...

避免程序运行多次的最有效方法-avoid running many of the most effective ways

一个多线程编程的好例子，同时有文档可以参考，非常不错-A multi-threaded programming, a good example, while there is a document to refer to very good

多线程程序的编写，多线程应用中容易出现的问题。互斥对象的讲解，如何使用互斥对象来实现多线程的同步。如何利用命名互斥对象保证应用程序只有一个实例运行。应用多线程编写网络聊天室程序。-multithreaded program, multithreaded applications easily occur. Mutex object explain how to use the mutex object to the multi-thread synchronization. How to use object named mutex to ensure only one application program running examples. Application multithreaded network chat room preparation procedures.

《运用多线程技术实现文件的快速搜索》配套代码-"use multithreading technology to achieve the document Fast Search" complementary code

进程管理和线程管理 进程管理和线程管理-Process management process management and thread management and thread management

利用api获得系统中正在执行的线程-use of the system on which the thread is being executed

实现了在windows系统下的进程隐藏，有效的保护了进程的安全性

设计一个有 N个进程并发运行的进程调度程序，进程调度算法 ：最高优先数优先的调度算法 。本实验模拟在单处理机环境下处理机的调度，帮助了解处理机调度的过程。-design is a complicated process N-running process scheduler, process scheduling algorithm : the highest priority to a few priority scheduling algorithm. The experimental simulation of the single-processor environment processor scheduling, help understand the processor scheduling process.

Pubwin 客户端伪装程序 ,与Pubwin界面完全相同.-Pubwin client camouflage procedures, and Pubwin interface identical.

此为操作系统实验报告:处理器调度 内含:程序流程图 设计目的与思路 主要源码等. 简介:在采用多道程序设计的系统中，往往有若干个进程同时处于就绪状态。当就绪状态进程个数大于处理器数时，就必须依照某种策略来决定哪些进程优先占用处理器。本实验模拟在单处理器情况下处理器调度，帮助学生加深了解处理器调度的工作。-experimental operating system for this report : Processor Scheduling consisting of : flowchart designed and ideas such as major source. Introduction : the introduction of multi-channel programming system, often there are a number of processes at the same time readiness. When the readiness of the process is greater than the number when the number of processors, it must, in accordance with a strategy to determine which process priority processor. Experimental simulation of the processor in a single processor scheduling circumstances, to help students better understand processor scheduling work.