RiCoBiT -未来多核处理器的拓扑结构:概念分析与文献回顾

Jude Abishek Satish, Hussam Taqhi, Harsh Mishra, P. Chetana Reddy, V. Sanju
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引用次数: 2

摘要

片上网络(NOC)是一种基于网络的技术,用于在片上系统(SOC)上的各个模块之间进行数据包的相互通信。最初,出于这个目的,使用了一种简单的总线体系结构,但事实证明,这种体系结构在延迟和吞吐量方面效率非常低。与RiCoBiT架构相比,其他拓扑如Mesh、2D Torus也被证明是低效的。本文回顾了新型RiCoBiT拓扑结构,并从最大跳数、平均跳数、接口、吞吐量和延迟等方面对其进行了评估。这些仿真结果与之前的架构(如2D Mesh, Torus)进行了比较,发现在网络通信的可扩展性和效率方面更为优化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RiCoBiT - A topology for the future multi core processor: A concept analysis and review of literature
A Network On Chip (NOC) is a network-based technology that is used for intercommunication of data packets between the various modules present on a System On Chip (SOC). Originally, for this purpose, a simple Bus architecture was used which proved to be very inefficient in terms of latency and throughput. Other topologies like Mesh, 2D Torus, too proved inefficient when compared to the RiCoBiT architecture. This paper reviews the architecture of the novel RiCoBiT topology and assesses it in terms of maximum hop count, average hop count, interfaces, throughput and latency. These simulation results are compared with the previously present architectures like the 2D Mesh, Torus and are found to be more optimal in terms of scalability and efficiency of network communication.
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