df

哲学家用筷子的问题，能够直接执行在u-cos环境下(Philosopher with chopsticks, able to direct the implementation of the u-cos environment)

生产者消费者问题-经典进程同步问题——生产者消费者问题及其同步方案；(produce&comsumer produce&comsumerproduce&comsumerproduce&comsumer)

说明：  银行家算法的实现，allocate，need，maximum等矩阵算出request是否安全(banker algorithm)

这是一个利用DOC操作系统编写的GUI系统(This is a use of DOC prepared by the operating system GUI System)

功能完整的瀑布墙视图效果，精选ios编程学习源码，很好的参考资料。(View full-featured waterfall wall effect, selection ios programming learning source, a good reference.)

MFC实现的，界面有好，实现了进程调度的算法 能够模拟操作系统的进程调度 适合初学者(MFC implementation, the interface is good, a process scheduling algorithm to achieve To simulate the operating system process scheduling for beginners)

哲学家问题,五个任务，吃饭，只有五支筷子不吃饭的时候思考(Allow phonetic typing EnglishSpanishArabicPhilosopher, five tasks, eating, and only five chopsticksDo not eat when thinkingAllow phonetic typing EnglishSpanishArabicPhilosopher, five tasks, eating, and only five chopsticksDo not eat when thinking)

处理及调度源代码，用C++来编程，模拟处理机调度，实验报告(Processing and scheduling source code, using C++, programming, analog processor scheduling, lab reports)

UG开发代码,开发型材的代码,UG对话框的源文件,可以参考(UG)

在C环境下，通过链表模拟银行家算法，可自定义资源量和资源数，以及进程数，实现判定避免死锁的分配。(In the C environment, through the list bankers algorithm simulation, can be custom resource amount and the number of resources, as well as the number of processes, determine the deadlock avoidance allocation.)