Protects process from killing.

5个用Java编写的线程处理程序-five Java prepared by the processing threads

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

本人的操作系统题目，用优先级算法实现进程调度，可以随时添加进程进入就绪队列。-subject of the operating system, with priority scheduling algorithm process, the process can be added at any time into ready queue.

实现进程互斥的源代码，并有演示- The realization advancement incompatible source code, and has demonstrates

详细讲解进程间通讯的四种方式：剪贴板、匿名管道、命名管道和邮槽。并比较分析这几种进程间通信的优点和缺点。-explain in detail the communication process in four ways : the clipboard, anonymous pipes, named pipes and mail chutes. Analysis and comparison of several inter-process communication advantages and disadvantages.

本程序利用多线程实现多项任务,并附带说明文挡-the procedures used to achieve a number of multi-threaded tasks, and annotated text block

windows多线程编程dos版本改版本在windows consel下实现-windows multithreaded programming dos version changed version of the windows under consel

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

在实际问题中，我们需要在VB中得到更精确的时间事件触发，timer控件的精度只达到30ms，该程序应用timeSetEvent多媒体函数实现1ms的精确事件触发。-on practical issues, we need to be in VB more precise time trigger events, The timer control precision is only 30 ms. Application procedures for the multimedia function timeSetEvent ms achieve a precise trigger events.