Overview of Persistent Memory in Distributed Systems Architecture -- Past, Present, Future

R. Peglar
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Abstract

During the past half-century, persistent memory has had an interesting history and relationship to the design of computing and storage systems. In this talk, the history of systems design using persistent memory (as well as non-persistent, aka volatile memory) will be briefly discussed, as well as approaches to data storage. The majority of the talk will focus on two areas. First, the current state of the persistent memory art, as well as a taxonomy of persistent memory. Second, current methods and issues surrounding the use of persistent memory in systems, in particular distributed systems. The relationship between processing (e.g. CPUs) and persistent memory will be discussed in detail, illustrating certain challenges and opportunities with regard to several forms of distributed computation, in particular concerning large-scale multi-processor designs using shared persistent memory technology.
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分布式系统架构中持久性内存的概述——过去、现在和未来
在过去的半个世纪里,持久内存与计算和存储系统的设计有着有趣的历史和关系。在这次演讲中,将简要讨论使用持久内存(以及非持久内存,又名易失性内存)的系统设计历史,以及数据存储方法。演讲的主要内容将集中在两个方面。首先,持久性内存技术的当前状态,以及持久性内存的分类。其次,当前围绕系统(特别是分布式系统)中持久性内存使用的方法和问题。我们将详细讨论处理(例如cpu)和持久内存之间的关系,说明关于几种形式的分布式计算的某些挑战和机遇,特别是关于使用共享持久内存技术的大规模多处理器设计。
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Tutorial: Consistency Choices in Modern Distributed Systems Locking Timestamps versus Locking Objects Recoverable Mutual Exclusion Under System-Wide Failures Nesting-Safe Recoverable Linearizability: Modular Constructions for Non-Volatile Memory Brief Announcement: Beeping a Time-Optimal Leader Election
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