搜索资源列表
TCPjava
- 这个java code是我学校的东西，应该可以帮到大家去解决网络的问题-this school is something I should be able to help you to solve network problems
BACKPRNT
- 多线程编程介绍，这只是个入门程序。多线程编程在我们进行程序设计过程中是个重要的解决手段，但不可滥用-multithreaded programming, it is just entry procedures. Multithreaded programming in our program design process is an important means to solve, but not abuse
eat1
- 使用线程实现并发操作，解决操作系统中经典的哲学家吃饭问题，通过可视化演示。-use threads to achieve concurrent operation and solve operating system classic philosophers food, through visual demonstration.
PV1983619
- 采用超前检测的算法解决传统的生产者消费者问题中的死锁情况,并含有详细的设计文档和测试程序-using advanced detection algorithms to solve the traditional problems of the producers and consumers of deadlock, and contains detailed design documentation and testing procedures
lifashi
- 理发师睡觉问题 可以利用它来解决嗜睡的理发师问题 进程调度与信号量问题-Seville sleep problems can use it to solve the problem sleepiness barber process scheduling and capacity problems of signal
CWinThread.rar
- 这是一个关于CWinThread以及利用继承自CWinThread使用多线程的程序！ 1，尽量使用DECLARE_DYNCREATE，这样能够动态创建。 2，继承自CWinThread，所以可以使用CreateThread()函数进行线程创建，在最开始我被书上的AfxBeginThread(RUNTIME_CLASS(CMyClass))误导了，还以为一定要按照这种方式创建线程呢。 3，查MSDN的同时，也要注意思考C++的机制，这样才能有的放矢地顺利解决问题。,This is a stu
VBmulti-threaded
- VB模拟多线程代码，解决了VB中无法应用多线程的缺憾-VB analog multi-threaded code, VB can not be applied to solve the shortcomings of multi-threaded
WinsockIOCP_demo
- 用于大量socket连接时使用IOCP捕获连接关闭事件以便释放资源的程序。可以解决winsock的AsyncSelect对句柄个数的限制问题- Uses in when the massive socket connection uses IOCP to catch the connection closure event in order to release resources procedure. May solve the winsock AsyncSelect 瀵瑰彞 handle
sync
- 实现多线程同步编程： 用软件方法（Peterson算法和Dekker算法）解决临界区问题－兄弟问题。 用同步对象解决临界区问题－兄弟问题。 用互斥量解决生产消费者问题；用信号量解决生产消费者问题。 -Achieve multi-threaded programming Synchronization: Ways to use software [Peterson algorithm and Dekker algorithm] to solve critical quest
Test5
- 解决多线程播放时间 可以播放多个文件 并同时节省缓冲时间-Solve the multi-threaded playback time can play multiple files and at the same time to save the buffer time
producer-consumer-problem
- Introduction In this project, we will design a programming solution to the bounded-buffer problem using the producer and consumer processes . The solution uses three semaphores: empty and full, which count the number of empty and full slots
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 classic one of the issues raised, it
Thread
- 关于线程同步问题。包括制造混乱以及mutex方案、Peterson算法方案两种方案解决问题。可以参考哦。-With regard to the issue of thread synchronization. Including the mutex to create chaos, as well as programs, Peterson algorithm program two options to solve the problem. Oh, can refer to.
Philosophers
- 哲学家就餐问题，他们每个人的左边都有一支筷子，解决死锁问题-Dining philosophers problem, the left side of each of them has a chopsticks, solve the deadlock problem
jincheng
- 操作系统进程的同步与互斥。解决经典的水果问题。-The operating system process synchronization and mutual exclusion. To solve the classic problem of fruit.
aaa
- 操作系统银行家算法解决死锁问题并且可以观察死锁现象的产生-Banker' s algorithm to solve the deadlock problem
ProducerandConsumer
- this program solve problem of producer/consumer on semaphors and mutex
1212
- 哲学家算法，利用多线程解决哲学家就餐问题-Philosophers algorithm, using multiple threads to solve the problem dining philosophers
jinchengguanli
- 1.掌握进程的概念，明确进程的含义 2.认识并了解并发执行的实质 3.掌握进程另外的创建方法 4.熟悉进程的睡眠、同步、撤消等进程控制方法 5.进一步认识并发执行的实质 6.分析进程竞争资源的现象，学习解决进程互斥的方法 -1. To grasp the concept of the process, clearly the meaning of the process 2. Know and understand the essence of concurrent e
threads
- 这是一个用c++编写的解决生产者与消费者问题的多线程程序 -This is a work written in c++ to solve the problem of producers and consumers, multi-threaded program