使CPU利用率为100％ 当为双核是运行两个实例即可

本地进程的扫描，一个简单的例子，源码在txt文件中-local scanning process, a simple example, the source document in txt

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

自己写的一个桌面小球程序，每点击一次按钮，就有一个新的线程被建立，每个线程对应于一个运动的小球-Wrote it myself a desktop small ball program, every click of a button, there is a new thread is created, each thread corresponds to a movement of the small ball

一个很简单的Multi Thread例子。是在2cc.com论坛上看到有人提问Thread的问题，所以做一个简单的例子供参考。对初学者有帮助。-a very simple example of the Multi Thread. In 2cc.com Forum Thread see someone question of the problem, so a simple example for reference. Help for beginners.

进程查杀：对设定的一个系统进程进行查杀，界面简洁。-killing process : the creation of a systematic process for killing, simple interface.

多线程编程，异步操作实例，如Mutex等-Multi-threaded programming, examples of asynchronous operation, such as Mutex, etc.

程序用C++模拟了操作系统中的三种最典型的简单的静态进程调度算法；先由用户动态输入生成模拟进程，使用了26种可供用户选择的典型语句（包括循环、选择结构），可处理整型、布尔型与字符型三种数据与表达式计算；程序编制时主要采用的编程技术是：用语句链表记录进程语句，并用PCB链表,就绪队列链表,阻塞队列链表,执行队列链表,结束队列链表等数据表示进程处理过程中的相互关系，由于静态数据结构不适合处理数据量大小不定的数据，而动态队列结构适合于处理数据量大小可变数据的处理，因此在程序中采用动态链表对这些数据进行处理；使用信号量、P.V.操作实现进程的同步与互斥，模拟进程在操作系统中的运行-procedures C to simulate the operating system, the three most typical process simple static scheduling algorithm; First generation user input dynamic modeling process, the use of the 26 options are available to users of typical statement (including the circle, choose structure), can handle integer, boolean and three character expression data and calculation; the main procedures for the preparation of the programming technology : Listless statement recorded statement process, and PCB Chain, ready Queue List, blocking Queue List, the Executive Queue List, ending Queue List data processing, said the process of mutual relations, due to static state data structure is not suitable for handling data on the s

这是另外一个计关于操作系统　的进程调度的算法　，也是用c来模拟的，希望大家多指教，-This is another one of the operating system or the process of scheduling algorithm is used to simulate c, we hope more exhibitions,

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.

多线程方式同时进行多项任务，让多个任务同时进行，控制线程的运行。-multiple threads simultaneously a number of tasks so that multiple tasks simultaneously, control threads running.