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。

编译原理-内存管理-compiler theory-Memory Management

得到一个进程的状态，如是否没有反应。-The status of a process, such as whether or not there was no response.

一个线程程序,通过信号量来同步几个同时运行的线程.- A line regulation procedure, comes the line regulation the proceed signal quantity which synchronized several simultaneously moves

本例的进程处理器程序实现了进程的列举、进程的切换、启动新的进程、杀死进程、命令行处理等功能。-cases the processors in the process realized by the enumeration process, the process of switching and started a new process, killing process, Command-line processing capabilities.

这是一个关于进程调度的算法，是操作系统　的精典算法　，希望大家多指教，-This is a process of scheduling algorithm is the classic operating system algorithm, we hope that more exhibitions,

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.

C程序实现系统存储管理分区分配的算法。运行环境：windows. -C program distribution system, storage management partition algorithms. Operating Environment: windows.

How to start or stop a windows NT service.

每隔5分钟查看一下当前系统中那个进程占用的内存最大，并写日志文件-every 5 minutes to check the current system that process memory used most, and write log files

This release 0.7 (late beta) of LinuxThreads, a BiCapitalized implementation of the Posix 1003.1c "pthread" interface for Linux. LinuxThreads provides kernel-level threads: each thread is a separate Unix process, sharing its address space with the other threads through the new system call clone(). Scheduling between threads is handled by the kernel scheduler, just like scheduling between Unix processes.