Distributed relaxed queue in remote memory access model designing and diagnostics of computer systems

Pub Date : 2020-02-01 DOI:10.17223/19988605/50/12
A. Paznikov, Leti
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引用次数: 0

Abstract

реа-лизована стандарте (Message и применяется в семейства (Partitioned Global Remote memory access (RMA) technique is a very attractive way for improving efficiency of high-performance computations (HPC) and simplifying parallel program development. Unlike message-passing, in RMA programs processes communicate by directly accessing each other’s memories. RMA model is implemented in MPI standard and offers Partitioned Global Address Space (PGAS). Many applications have been shown to benefit from RMA communications, where a process directly accesses the memory of another process instead of sending and receiving messages. To the best of knowledge, there are no efficient scalable concurrent data structures designed in RMA model. eliminates bottlenecks, minimizes latency of the operations and provides high scalability of parallel programs.
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分布式松弛队列在计算机系统远程内存访问模型设计与诊断中的应用
分区全局远程内存访问(RMA)技术是提高高性能计算(HPC)效率和简化并行程序开发的一种非常有吸引力的方法。与消息传递不同,在RMA程序中,进程通过直接访问彼此的内存进行通信。RMA模型在MPI标准中实现,提供了分区全局地址空间(PGAS)。许多应用程序都受益于RMA通信,其中一个进程直接访问另一个进程的内存,而不是发送和接收消息。据我所知,在RMA模型中还没有设计出有效的可伸缩并发数据结构。消除瓶颈,最大限度地减少操作延迟,并提供并行程序的高可伸缩性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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