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Exploration of Non-volatile Memory Management in the OS Kernel

机译:在OS内核中进行非易失性内存管理的探索

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Non-volatile memory's future is promising because its performance has been improved significantly. The performance improvement enables non-volatile memory to be a major part of the memory of general purpose systems. Utilization of large non-volatile memory will improve its memory performance because it can decrease the number of the OS's paging activity. To realize these systems, the operating system (OS) needs to manage non-volatile memory in accord with its characteristics. Non-volatile memory has some characteristics, thus the OS should manage this memory with appropriate algorithms. To achieve this goal, we focused on non-volatile memory's characteristics, non-volatile and high-latency, among others. We analyzed the behavior of the OS's memory management and propose how to manage non-volatile memory in the OS kernel. We researched the effect of memory-latency on a system performance and how to manage with hybrid memories.
机译:非易失性存储器的前途是有希望的,因为其性能已得到显着改善。性能的提高使非易失性存储器成为通用系统存储器的主要部分。利用大型非易失性内存将提高其内存性能,因为它可以减少OS的页面调度活动的数量。为了实现这些系统,操作系统(OS)需要根据其特性来管理非易失性存储器。非易失性存储器具有某些特性,因此操作系统应使用适当的算法来管理该存储器。为了实现这一目标,我们专注于非易失性存储器的特性,非易失性和高延迟等。我们分析了操作系统内存管理的行为,并提出了如何在操作系统内核中管理非易失性内存。我们研究了内存延迟对系统性能的影响以及如何使用混合内存进行管理。

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