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哲学家问题
- 哲学家问题的简单实现- The philosopher question simply realizes
获得最大并行度的哲学家问题解法
- 获得最大并行度的哲学家问题解法-maximum degree of parallelism philosopher Solutions
操作系统课程设计之哲学家问题
- 这个好程序实现了操作系统中最著名的哲学家问题，很好的界面让人耳目一新-procedures for the good of the operating system and the most famous philosopher, a very good fresh and new interface
philo哲学家
- 经典unix问题 哲学家问题 请多多指教-classic problem philosopher Please exhibitions
哲学家就餐问题c语言实现
- c语言实现的哲学家就餐问题
哲学家问题
- 用java模拟哲学家就餐问题
哲学家就餐问题
- 哲学家问题的C语言代码，有死锁和防止死锁两种方式可供选择
桌面
- 改进的哲学家问题，用信号和共享内存实现- The improvement philosopher question, realizes with the signal and the sharing memory
哲学家问题
- 哲学家问题的简单实现- The philosopher question simply realizes
获得最大并行度的哲学家问题解法
- 获得最大并行度的哲学家问题解法-maximum degree of parallelism philosopher Solutions
哲学家就餐问题的C#实现
- 哲学家就餐问题的C#实现 -dining philosophers problem of C#
哲学家就餐问题
- 哲学家就餐问题源代码-dining philosophers problem source code
vc_semaphore
- 自己写的。用信号量机制来解决哲学家问题中的死锁。附有详细注解。-wrote it myself. Using signal volume philosopher mechanism to solve the problem of deadlock. Accompanied by a detailed explanation.
操作系统课程设计之哲学家问题
- 这个好程序实现了操作系统中最著名的哲学家问题，很好的界面让人耳目一新-procedures for the good of the operating system and the most famous philosopher, a very good fresh and new interface
philo哲学家
- 经典unix问题 哲学家问题 请多多指教-classic problem philosopher Please exhibitions
threadphilosopher
- 利用线程方案实现实现哲学家问题.设置五个信号量代表五把叉子，初使值均为1，表示5把叉子均可以取，设置五个线程代表5个哲学家，其值分别为0～4，规定奇数号的哲学家先拿起他左边的叉子,然后再去拿他右边的叉子 而偶数号的哲学家则相反.按此规定,将是1,2号哲学家竞争1号叉子,3,4号哲学家竞争3号叉子.即五个哲学家都竞争奇数号叉子,获得后,再去竞争偶数号叉子,最后总会有一个哲学家能获得两支叉子而进餐。而申请不到的哲学家进入阻塞等待队列，根FI
hj
- 用java写的哲学家问题源代码8个哲学家吃饭问题的源代码-Using java to write the source code of the philosopher, the issue of eight philosophers the problem of feeding the source code
JAVA
- 这是哲学家问题算法，它能够自动地实现。希望大家好好使用-This is the philosopher, the issue of algorithm, it can automatically realize. Hope that we make good use of
eating
- 这是哲学家问题，采用C++语言来编程的。有界面运行！-This is the philosophers problem, using C++ programming language. There are interfaces to run!
典型死锁问题
- 包含了操作系统的三个死锁问题，哲学家问题，消费者生产者问题，管道等，解决方法。绝对可用。(It includes three deadlocks, philosophers, consumer producers, pipelines, and solutions to the operating system. It is absolutely available.)