FDDI局域网互连

B. Albert, A. Jayasumana
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引用次数: 0

摘要

局域网(lan)已经成为计算机间通信的首选技术。随着计算机变得越来越快,支持它们的局域网环境也必须变得越来越快。今天,在100mbps的舞台上有几个成功的竞争局域网,我们现在开始期待下一代网络在当前一代无法提供必要的带宽和连接时接管。本文讨论了下一代局域网设计者可采用的一些架构折衷方案,并提出了一种能够方便地实现多个FDDI网络(和网段)互连的架构。底层网络架构基于FDDI协议,这对那些投资于FDDI的人来说是一个有吸引力的特性。可扩展性似乎是任何未来网络设计的必要特性,并将详细讨论。本研究的最终目标是提出一种可替代的下一代网络解决方案,该解决方案可以被ANSI采用,作为FDDI遵循标准
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Interconnection of FDDI LANs
Local area networks (LANs) have emerged as the technology of choice for inter-computer communication. As computers get faster, so must the LAN environment that supports them. Today there are several successful competing LANs in the 100 Mbps arena, and we are now starting to look forward to the next generation of network to take over when the current generation cannot provide the necessary bandwidth and connectivity. The paper discusses some of the architectural trade-offs available to designers of the next generation LAN, and proposes an architecture which provides for convenient interconnection of multiple FDDI networks (and network segments). The underlying network architecture is based on FDDI protocols, an attractive feature for those who have invested into FDDI. Scaleability appears to be a required feature for any future network design and is addressed in detail. The ultimate goal of this research is to present an alternative next generation networking solution that could be adopted by ANSI as the FDDI follow on standard.<>
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