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An Analysis of Page Allocation Strategies for Multiprogramming Systems with Virtual Memory

机译:具有虚拟内存的多程序系统的页面分配策略分析

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In a multiprogramming, virtual-memory computing system, many processes compete for the main storage page frames and CPU''s of the real system. It is customary to define a subset of these processes called the “multiprogramming set” (MPS), and to allocate resources only to those processes currently in the MPS. Each process remains in the MPS for a limited time and is then demoted. The system paging manager controls the size of the MPS; it allocates the available page frames among the processes in the MPS and fetches appropriate pages into the page frames.
机译:在一个多程序的虚拟内存计算系统中,许多进程竞争真实系统的主存储页面框架和CPU。通常定义这些过程的子集,称为“多程序集”(MPS),并仅将资源分配给当前在MPS中的那些过程。每个过程在MPS中保留有限的时间,然后降级。系统分页管理器控制MPS的大小。它在MPS中的进程之间分配可用的页面框架,并将适当的页面提取到页面框架中。

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