Timing properties of the timed token MAC protocol

Sijing Zhang, A. Burns
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引用次数: 9

Abstract

We investigate the inherent timing properties of the timed token medium access control (MAC) protocol that are necessary for guaranteeing synchronous message deadlines in a timed token ring network such as the Fibre Distributed Data Interface (FDDI) network. As a result, the best-so-far result of the upper bound on the time possibly elapsed between any number of successive token arrivals at a particular node was derived. This result, which is particularly important for studies on real-time communications in any timed token ring network, has been published by Zhang and Burns (see IEEE/ACM Trans. on Networking, vol.3, p. 729-41, 1995) with no proof given. In this paper, we complement our early work by presenting a concise formal proof of this upper bound.
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定时令牌MAC协议的定时属性
我们研究了定时令牌介质访问控制(MAC)协议的固有定时属性,这对于保证定时令牌环网络(如光纤分布式数据接口(FDDI)网络)中的同步消息截止日期是必要的。因此,导出了任意数量的连续令牌到达特定节点之间可能经过的时间上界的迄今最佳结果。这一结果对于研究任何定时令牌环网络中的实时通信尤为重要,已由Zhang和Burns发表(参见IEEE/ACM Trans. 2)。on Networking, vol.3, p. 729- 41,1995),没有给出证据。在本文中,我们通过给出这个上界的一个简洁的形式化证明来补充我们早期的工作。
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