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eating
- 操作系统中关于哲学家进餐问题的演示，哲学家左右两边的筷子，分别用一个变量表示，这是一个很经典的问题。该程序在VC环境下运行。-Operating system on the dining philosophers problem presentation, philosophers on both sides of the chopsticks, were used to express a variable, this is a ve
DiningPhilosophor1
- 哲学家进餐问题，课程设计，界面友好，实现功能很好。模拟了同步互斥-Dining philosophers problem, curriculum design, friendly interface and good functionality realize. Simulation of synchronous mutex
stjctx
- 食堂就餐提醒系统(含源码) C# 为一个单位写的-Cafeteria dining to remind the system (including source code) C# For writing a unit
200652114398702
- 餐饮茶馆管理系统，需安装水晶报表和注册其中的控件-Dining teahouse management system, the need to install Crystal Reports and one of the control register
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 com
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 l
java_threaddemo
- 哲学家就餐是一个经典的Java多线程编程的实例，这是图形版。涉及到线程同步与互斥，临界区访问问题以及避免死锁的方法。 -Dining philosophers is a classic multi-threaded Java programming examples, this is the graphics version. Related to thread synchronization and mutual exclusion,
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
philosopheDining
- 死锁--哲学家就餐问题.完整源码,并可直接运行.-Deadlock- dining philosophers problem. Complete source code can be run directly.
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
PhilosopherDining
- 在 WINDOWS 系统中实现哲学家就餐问题的死锁和不死锁两种解法。-WINDOWS system to achieve in the dining philosophers problem of deadlock and deadlock two solution.
cSharp
- 食堂就餐提醒系统，挺好的，利于刚开始学习的程序员-Cafeteria dining to remind system, very good, and conducive to beginning programmers to learn
food
- 哲学家进餐问题 操作系统的几大代码之一-Dining philosophers problem of operating system, one of several major code
chanyingxitong
- 一个功能很齐全的餐饮点菜系统，可以动态加桌，管理后台，很适合做毕业设计论文-A function of very complete a la carte dining system that can dynamically add tables, management background, it is suitable for graduate design thesis
deadlock
- 操作系统课程设计：死锁问题。 哲学家进餐问题的解决！！！很好的操作系统大作业！-Operating systems curriculum design: Deadlock problem. Dining philosophers problem! ! ! Very good major operating system!
philosopher
- 哲学家进餐问题是荷兰学者Dijkstra 提出的经典问题之一,它是一个信号量机制问题的应用,在操作系统文化史上具有非常重要的地位。对该问题的剖析有助于学生深刻地理解计算机系统中的资源共享、进程同步、死锁等问题,并能熟练地应用信号量来解决生活中的控制流程,即将生活中的控制流程用形式化的方式表达出来。-Dining philosophers problem is that the Dutch scholars Dijkstra classi
multithreadingjava
- 鈥?What Is a Thread? o The Thread Class o Simple Thread Examples 鈥?Problems with Multithreading o What Goes Wrong? o Thread Names and Current Threads o Java s synchronized 鈥?Synchronizing Threads o
goldcard
- 问题的提出：金卡在现代生活里应用广泛，无论排长队于ATM机前取款还是就餐、购物、就医等等。在国外电子货币十分流行，其实电子货币是系统工程，它涉及金融、安全、通信、计算机等领域。这里为使读者掌握动态数据的用法，仅模拟其存款于取款过程。-The question raised: Gold in the modern life are widely used, regardless of long lines at teller or ATM
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
HNSFDXJXC
- 河南师范大学餐饮进销存软件,只要控制库存的数据。-Henan Normal University Dining Invoicing software, as long as the control of inventory data.