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philosopher
- 用图形界面模拟如下场景:一个圆桌上有一个大碗面,5个盘子,每位哲学家一个,还有5把叉子。每个想吃饭的哲学家将做到桌子旁边分配给他的位置上,使用盘子两侧的叉子,取面和吃面。问题是:设计一个算法以允许哲学家吃饭。算法必须保证互斥(没有两位哲学家同时使用同一把叉子),同时还要避免死锁和饥饿。
PhilospherDining
- 它是一个经典的算法-哲学家进餐问题,用VC++实现,通过它大家可以掌握Windows中的多线程编程-It is a classic algorithm-the Dining Philosophers, VC + +, through which we can grasp the Windows multi-threaded programming
dining_philosopher.tar
- 哲学家进餐经典算法的pthread多线程实现代码-Classic dining philosophers pthread algorithm to achieve multi-threaded code
DiningPhilosophers
- Linux下多线程实现哲学家进餐算法。使用了线程间协调通信,有优先级,防止了死锁。-Dining philosophers algorithm Multithread was utilized. Compiled in Linux GCC
LQZXJ
- 用c语言编写的哲学家算法模拟 很好很实用 可以方便初学者 掌握-With c language philosophers algorithm simulation is a good beginners can easily master the practical
Philosopher
- 哲学家算法 DOS 界面,比较简洁容易看清思路-Philosophers algorithm DOS interface, simple and relatively easy to see the train of thought
experiment
- 经典操作系统算法源码(哲学家进餐问题,阅读者与写入者问题)-classical operating system source code
bankerand-philosopher
- 模拟银行家算法解决哲学家问题的小程序,程序能正确运行完不会造成死锁。-Analog bankers algorithm to solve the problem of small philosopher, the program runs correctly completed without causing deadlock.
exp1
- Linux环境下,新型的,解决哲学家就餐问题和生产者消费者问题的算法。-Under Linux, a new solution to the dining philosophers problem algorithm.
linux
- 进程调度算法,在linux中利用多线程模拟实现FCFS,SJF,RR的调度过程 哲学家算法(linux FCFS SJF RR)