CPUdrawsina

里面包含了全部负载均衡的源码，用到了windows多线程、条件变量、临界区机制，有客户模块、服务器模块、负载处理模块，对于windows下多线程编程的学习者颇有益处。 (Which contains the source code of all the load balancing, use the windows multithreading, condition variables, critical section mechanism, the client module, the server module, the load processing module, is quite good for multithreaded programming windows learners.)

这个程序时avl树的所有算法的实现,包括插入删除新建排序,是数据结构学习者的极佳材料(Avl tree all the algorithm when the program implementation, including delete insert new sorting, excellent material learners is a data structure)

多线程程序的编写，多线程应用中容易出现的问题。互斥对象的讲解，如何采用互斥对象来实现多线程的同步。如何利用命名互斥对象保证应用程序只有一个实例运行。应用多线程编 写网络聊天室程序(Multithreaded program, multithreaded applications easily arise. Mutex object to explain how to use mutex object to realize multi-thread synchronization. How to use named mutex object to ensure that only one instance of the application running. Multithreaded applications compiled Write Internet chat room procedures)

利用线程同步实现读者和写者的问题，使用信号量来控制(reader and writer)

控制台程序中Critical简单使用实例。创建两个线程使线程能够达到同步。(Console application Critical simple example. Create two threads to synchronize the threads.)

说明：  基于MCP2515的CAN总线程序，简单易学，时与初学者学习 (hfhfh ghghgh shshs。)

多线程计算π的程序源码 可以直接编译运行 采用了windows的多线程(Multi-threaded computation of π can directly compile and run the program source using multi-threaded windows)

银行家算法是避免死结(Deadlock)的一个著名的算法，是由艾兹格·迪杰斯特拉在1965年为T.H.E系统设计的一种避免死结产生的算法。它以银行借贷系统的分配策略为基础，判断并保证系统的安全运行。(Banker' s algorithm is to avoid deadlock (Deadlock), a well-known algorithm, by艾兹格迪杰Stella in 1965 for the THE system design to avoid the deadlock created a kind of algorithms. It is the bank lending system, allocation strategy based on judgments and to ensure the safe operation of the system.)

如何实现多线程多任务？这是一个很好的学习例子，想学的可以看看(How to implement multi-threaded multi-tasking? This is a good learning example, want to learn can take a look at)

有限元设计,悬臂梁承受荷载的变形情况,有图形显示,(Finite element design, cantilever beam under the deformation of the load, graphics show,)