A performance study of photonic local area network topologies

K. Sivalingam, P. Dowd
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引用次数: 4

Abstract

Network topology significantly affects the system performance of local area networks. The bus topology was considered for optical local area networks since the degradation of system performance due to propagation delay could be reduced. Power budget constraints severely limited maximum system size which diminished its appeal. On the other hand, the star topology was shown to have excellent fanout and fault tolerance that led to extensive research interest in star based systems. Recent advances in optical amplifiers which expand the power budget have renewed interest in optical bus based networks. The objective of the authors is to compare the performance of bus and star based systems. They assess the performance improvement of bus based approaches, and show under what conditions it is justified in terms of performance, relative to the increase in component costs.<>
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光子局域网络拓扑的性能研究
网络拓扑结构对局域网的系统性能影响很大。由于总线拓扑结构可以减少由于传输延迟而导致的系统性能下降,因此在光局域网中考虑了总线拓扑结构。电力预算限制严重限制了最大系统尺寸,从而降低了其吸引力。另一方面,星型拓扑被证明具有良好的扇出和容错性,这导致了基于星型系统的广泛研究兴趣。光放大器的最新进展扩大了功率预算,重新引起了人们对基于光总线的网络的兴趣。作者的目的是比较总线和星型系统的性能。他们评估了基于总线的方法的性能改进,并显示在什么条件下,相对于组件成本的增加,它在性能方面是合理的。
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