支持多种页面大小的虚拟内存

Y. Khalidi, Madhusudhan Talluri, M. Nelson, Dock Williams
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引用次数: 45

摘要

具有64位虚拟地址空间和千兆字节物理内存的计算机的出现将为应用程序提供比今天可能的更多数量级的内存。然而,为了挖掘这种新硬件的潜力,我们需要重新检查传统上是如何管理虚拟内存的。在本文中,我们将集中讨论虚拟内存的两个方面:对多个页面大小的软件支持,以及针对大量物理内存进行调整的内存管理策略。我们认为有必要检查这些领域,并确定了几个需要回答的问题。特别是,我们表明,提供对多种页面大小的支持并不像最初看起来那么简单。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Virtual memory support for multiple page sizes
The advent of computers with 64-bit virtual address spaces and giga-bytes of physical memory will provide applications with many more orders of magnitude of memory than is possible today. However, to tap the potential of this new hardware, we need to re-examine how virtual memory is traditionally managed. We concentrate in this note on two aspects of virtual memory: software support for multiple page sizes, and memory management policies tuned to large amounts of physical memory. We argue for the need to examine these areas, and we identify several questions that need to be answered. In particular, we show that providing support for multiple page sizes is not as straightforward as may initially appear.<>
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