多维交叉棒网络中的无死锁容错路由及其在日立SR2201上的实现

Y. Yasuda, Hiroaki Fujii, Hideya Akashi, Y. Inagami, Teruo Tanaka, Junji Nakagoshi, Hideo Wada, Tsutomu Sumimoto
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引用次数: 9

摘要

我们为日立SR2201并行计算机开发了一种硬件绕行路径选择工具,该工具使用多维交叉棒作为处理器间网络,在部分网络故障时确保运行效率和高可靠性。当使用该硬件设施时,数据包沿着备选路径传输到目的地以避免故障。但是,更改路由可能会导致死锁。本文描述了一种无死锁容错路由方案,该方案可用于绕行路径选择设施以避免死锁,并在SR2201上实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Deadlock-free fault-tolerant routing in the multi-dimensional crossbar network and its implementation for the Hitachi SR2201
We have developed a hardware detour path selection facility for the Hitachi SR2201 parallel computer, which uses a multi-dimensional crossbar as an inter-processor network to ensure operating efficiency and high reliability when a part of the network is faulty. When this hardware facility is used, packets are transmitted to their destination along alternative paths to avoid the fault. However, changing the routing may cause deadlock. This paper describes a deadlock-free fault-tolerant routing scheme that can be used by the detour path selection facility to avoid deadlock, and its implementation for the SR2201.
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