搜索资源列表
Philosopher
- 哲学家就餐问题 操作系统模拟实验解答，详细具体-Dining philosophers problem
philosopher.tar
- 用C语言实现了经典的哲学家吃饭问题。使用了信号量机制。-Dinning philosopher s problem implemented in C
philosophers
- linux下哲学家用餐的经典问题，内含makeifile和主函数源代码-Under the classic dining philosophers linux problem and the main function contains the source code makeifile
thread
- 实验总体要求，使用MFC相关的功能函数来模拟经典进程互斥和同步问题 生产者和消费者 读者和写者 哲学家就餐问题-The general requirements of experiments, the use of MFC function to simulate the functions related to the classical problem of mutual exclusion and synchronization producers and consumers,
eating
- 哲学家进餐问题，在各种编程语言中都会遇到，尤其是在WinForm编程中.-Dining philosophers problem, in a variety of programming languages ??are encountered, especially in the WinForm programming.
main
- 柔性机械制造系统死锁的防止方法仿真哲学家就餐问题的java程序研究 -Flexible Manufacturing Systems deadlock prevention method for simulation of the dining philosophers problem of java program
OS4
- 模拟哲学家就餐问题：设置5个子线程模拟5个哲学家，设置5个互斥区为筷子。输出各个哲学家的状态，如果在就餐，则同时输出他所使用的左右筷子序号。-Simulation of the dining philosophers problem: Set 5 5 sub-thread simulation philosopher, set five mutually exclusive area for chopsticks. The state of the output of each philosop
a7b01aa086f0
- 哲学家算法的C++实现，不是很强大， 很适合初学者。-Philosophers algorithm C++ implementation is not very strong, very suitable for beginners.
DINING
- 网络编程代码，网络编程中能用到的例子--哲学家进餐问题-Network programming code, network programming can be used to the example- dining philosophers problem
DiningPhils
- 五位哲学家吃面条，只有五根筷子。每个人必须用一双筷子才能吃面条。-Five philosophers eat noodles, only five chopsticks. Each person must use a pair of chopsticks to eat noodles.
zxuejiajiucanwenti
- 哲学家就餐问题：很好解决死锁问题，是操作系统课程设计的一个范例-Dining philosophers problem: a good solution to the deadlock problem, the operating system is an example of curriculum design
dining
- 哲学家进餐代码 附加可执行文件 哲学家进餐代码 附加可执行文件-Dining philosophers code attached executable file attached executable code dining philosophers
java
- 实现哲学家进餐问题，一共有五位哲学家在思考或者进餐，解决进程同步的问题-Dining philosophers problem to achieve
ZEXUEJIAJIUCAN
- 嵌入式操作系统实验实验用例程序源代码：一个关于哲学家就餐的源程序。-English of UCOS.The program of ZEXUEJIAJIUCAN.
Dining-philosophers-problem
- 哲学家就餐问题 实现5个哲学家5支筷子的就餐问题涉及到AND型信号量，线程的阻塞唤醒切换功能-Dining philosophers problem to achieve five dining philosophers five chopsticks issues related to the AND-type semaphore, blocking thread switching wake
duodao
- 多道批处理系统 用于作业的进程调度 修改哲学家就餐问题-Multi-channel system for batch process scheduling jobs to modify the dining philosophers problem
duodao2
- 多道批处理系统 用于作业的进程调度 修改哲学家就餐问题-Multi-channel system for batch process scheduling jobs to modify the dining philosophers problem
zhexuejia
- 多进程/线程编程：哲学家问题。 设置进程/线程，描述哲学家 ； 随机启动哲学家 ； 显示进程/线程执行状态； 随着线程的执行，更新显示； 编写正确的哲学家程序，设法延迟线程的执行，使之出现死锁； 编写正确的哲学家程序，保证不出现死锁；-philosophers problem
dining
- 说明:本程序是操作系统中比较典型的线程同步算法中的哲学家进餐问题,为防止死锁,采取了两个条件(筷子空闲)同时满足时再允许进餐的办法来解决。-Note: This procedure is typical of the operating system thread synchronization algorithm dining philosophers problem, in order to prevent deadlock, has taken two conditions (free c
philosopher
- 哲学家问题，解决进程死锁和恢复，进程调度。 多线程任务。-Philosophers problem, solve the deadlock and restore processes, process scheduling. Multithreaded.