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首页> 外文会议>European conference on modelling and simulation >Hardware Design, Expandability, System Cost and Mean Inter-node Message Distance of Augmented Hypercube Torus and Master-Slave Star-Ring Augmented Hypercube Architectures
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Hardware Design, Expandability, System Cost and Mean Inter-node Message Distance of Augmented Hypercube Torus and Master-Slave Star-Ring Augmented Hypercube Architectures

机译：硬件设计，可扩展性，系统成本和平均节点间消息距离增强超立闸环节和主奴隶星圈增强超立闸架构

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摘要

The need for high computation power, as well as advances in the communications technology have resulted in the rapid development of high-performance message passing architectures. Scalability and cost issues which are part of the performance evaluation in parallel processing systems are recognized to be challenging tasks and are considered as the main measures to identify the suitability of the topology for a given application. In this paper the most common message passing architectures together with the Augmented Hypercube Torus (AHT) are described and compared with a newly developed architecture called Master-Slave Star-Ring Augmented Hypercube. Its expandability, hardware cost and Mean Inter-node Message Distance (MIMD) are evaluated for various network sizes and their merits and demerits are highlighted.
机译：对高计算能力的需求以及通信技术的进步导致高性能消息传递架构的快速发展。是并行处理系统中性能评估的一部分的可扩展性和成本问题被认为是具有挑战性的任务，被认为是识别给定应用程序的拓扑适用性的主要措施。在本文中，将描述与增强的超立机Torus（AHT）一起传递架构的最常见的消息，并与名为Master-Slave星环增强超立方体的新开发的架构进行了比较。对各种网络大小评估其可扩展性，硬件成本和平均节点间消息距离（MIMD），并突出显示它们的优点和缺点。

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