能实现多线程图像分区,能同时对多影像进行分区,在无人看管的条件下安全高效的实现影像分区-To achieve multi-threaded image partition, can simultaneously image multiple partitions, in the unattended conditions, safe and efficient realization of the image partition

操作系统的课程报告，关于内存的分区，分配，回收，以及分页置换功能！-The operating system programs report on the memory partition, distribution, recycling, and the replacement paging features!

首先，在主线程中使用InitializeCriticalSection()初始化临界分区。然后建立两个子线程，在两个子线程中使用全局变量count的前、后分别使用 EnterCriticalSection()进入临界区及LeaveCriticalSection()退出临界区。等两个子线程运行完毕，主线程使用DeleteCriticalSection()删除临界区并撤销线程。-First of all, in the main thread InitializeCriticalSection ()

分区式存储管理算法主要有：首次适应算法，最佳适应算法，最坏适应算法。-Partition storage management algorithm: first-fit algorithm, best-fit algorithm, the worst-fit algorithm.