搜索资源列表
philosopher
- 经典的哲学家就餐问题的C语言版本
Stm32_ucos 在STM32上编写多任务实时操作系统
- 在STM32上编写多任务实时操作系统，同时运行6个任务，通过发送和接收信号量机制，解决哲学家就餐问题，通过板上按键代表哲学家的就餐请求，板上LED灯表示就餐成功或者未果，同时在晶体数码管上显示就餐申请时间。-STM32 to write multi-task in real-time operating system, run six tasks by sending and receiving semaphore mechanism to solve the dining philosophe
zhexuejia
- C多线实现哲学家就餐问题-C multi-line to achieve the dining philosophers problem
operation-2
- 哲学家就餐问题--操作系统理解pv原语 解决进程间同步问题-operation problem of Dining Philosophers
phy
- 多线程解决哲学家就餐问题，利用操作系统中互斥量和信号量-Multi-threading to solve the dining philosophers problem, using the operating system mutex and semaphore
TC-ucos-philos-comment-in-detail
- TC-ucos-philos-详细注释.rar 用TC编译ucos并在图像化界面下演示哲学家就餐问题，采用信号量机制，程序有BUG，不能顺利运行，但是我写了很多注释，有兴趣的朋友可以继续做下去，我的邮箱xuxi009@163.com可与我联系。注意图形界面驱动的路径要和源文件中的相同否则无法显示图形界面，相信用过TC的图形界面的明白，呵呵。-TC-ucos-philos-detailed notes. Rar uCOS compiled by TC and the image of i
ARM-UCOS-philos
- 在S3C44b0上移植ucos并实现哲学家就餐问题的演示，信息从uart0口输出，这是我学习上课时做的一个实验，见笑见笑了-S3C44B0 uCOS transplantation in the dining philosophers problem and the realization of the demonstration, information from the UART0 port output, this is my learning in class to do an expe
eating
- 哲学家就餐问题 哲学家就餐问题 哲学家就餐问题-Dining philosophers problem Dining philosophers problem Dining philosophers problem
zhexuejia
- 计算机操作系统，哲学家就餐问题，C源代码。-Computer operating system, philosophers eat, C source code.
philosopher
- 哲学家就餐问题的实现，进程死锁问题，PV原语-Philosophers eat the realization of the process of deadlock, PV primitives
ex3
- 哲学家就餐问题的实现！是使用信号量实现的，有利于ucos的学习-Implementation of the dining philosophers problem! Is to use semaphore implementation, and is conducive to learning uCOS
PE0213
- 操作系统中的哲学家就餐问题模拟系统。可视化界面程序。c#实现。运行需要.NET Framework 2.0。另有命令行程序。-Operating system in the dining philosophers problem simulation system. Visualization interface procedures. c# implementation. Required to run. NET Framework 2.0. Another command-line prog
Philosopher
- 哲学家就餐问题MFC演示程序，生动说明了这个问题-Dining philosophers problem MFC demo program
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
Diningphilosophersproblem11
- 学家进餐问题也是一个经典的同步问题，它是由Dijkstra提出并解决的。哲学家进餐问题是这样的：５个哲学家以思考、吃饭交替进行的方式生活，他们共享一张周围有５把椅子的圆桌，每人一把椅子，在桌子上摆有５个饭碗和５只筷子。当一个哲学家思考时，他不与邻座同事发生联系。当一哲学家饿了，他就试图拿起他左右两边的筷子吃饭。显然，他不能拿起已抓在他的邻座手中的筷子，于是，他可能只拿到一只甚至一只筷子也拿不到。当一个饥饿的哲学家得到了两只筷子，他就可以吃饭。当他用饭毕，就放下筷子并再次开始思考。5个哲学家共享5
Eating
- 根据哲学家就餐算法实现的程序。主要是解决可能出现的死锁问题。-Dining philosophers algorithm in accordance with procedures. Mainly to resolve the deadlock issues that may arise.
DiningPhilosophor
- 模拟哲学家就餐的过程，通常是操作系统的课程设计的课题 -Dining philosophers process of simulation, the operating system is usually the subject of the curriculum design
zhexue
- 通过研究Linux的线程机制和信号量实现哲学家就餐问题的并发控制-By studying the Linux thread and semaphore mechanisms to achieve dining philosophers problem of concurrency control
SystemOs
- 用多线程同步方法解决哲学家就餐问题 操作系统课程设计 Dining-Philosophers Problem-Dining-Philosophers Problem