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调度算法
- 这是操作系统实验的调度算法,包含时间片轮转法,抢占式优先权算法,非抢占式优先权算法,先来先服务算法,短作业(进程)优先调度算法. -This is the experimental operating system scheduling algorithms, including time-rotate, Preemptive priority algorithm, non-preemptive priority algorithm, first-come first-serve algor
vb模拟进程调度
- vb模拟进程调度.rar 是学生学习操作系统的页面存储的课程实验习题. 做的教完善, 值得借鉴.-vb modeling process scheduling. Rar Students learn the operating system stored pages Experimental Exercise. So the perfect, is worth learning from.
进程调度算法-操作系统
- 这是一个操作系统的进程调度算法的实现绝对正确-This is a process of the operating system's scheduling algorithm to achieve absolutely correct
优先级
- 计算机操作系统进程调度优先级调度方法-Priority method for scheduling processes of computer operating system.
ucos_OS
- ucos操作系统学习资料,进程间通信的机制,信号量,队列,邮箱。-ucos operating system learning materials, inter-process communication mechanisms, semaphores, queues, mailboxes.
philosopher
- 基于UCOS2开源的程序,描述了操作系统里经典的哲学家就餐问题,很好的实现了进程的实时控制,实现了进程同步 -UCOS2 procedures based on open source, describes the operating system in the classic dining philosophers problem, a very good implementation of the process of real-time control, implementation of
uCOS-II_Source_Analyse
- uC/OS-II源码分析 在这里我不想分模块来慢慢分析这个OS的行为,我们从CPU的执行顺序来看吧,这样也许清晰一些,并且我们暂时抛弃那些Event/MailBox、信号量等元素,还是先看看作为一个OS核心的Task Schedule部分内容吧。 首先从main函数开始,下面是uC/OS-II main函数的大致流程: main(){ OSInit() TaskCreate(...) OSStart() } 首先是调用OSInit进行初始化,然后使用T
touch
- UCOS操作系统在ARM9TI上的移植,实现了操作系统的移植,进程的使用等-UCOS operating system in ARM9TI on transplantation,Realizing the OS transplantation, process use etc
ucos
- 首先从main函数开始,下面是uC/OS-II main函数的大致流程: main(){ OSInit() TaskCreate(...) OSStart() } 首先是调用OSInit进行初始化,然后使用TaskCreate创建几个进程/Task,最后调用OSStart,操作系统就开始运行了。 - Call port specific initialization code */ #endif OS_InitMisc()