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Observing locally self-stabilization

机译:观察当地的自我稳定

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A self-stabilizing algorithm cannot detect by itself that stabilization has been reached. For overcoming this drawback Lin and Simon introduced the notion of an external observer, i.e., a set of processes, one being located at each node, whose role is to detect stabilization. We propose here a less expensive approach, where there is a single observing process located at a unique node. This process is not allowed to detect false stabilization and it must eventually detect that stabilization is reached. Moreover it must not interfere with the observed self-stabilizing algorithm. Our result is that there exists such an observer for any problem on a distinguished network having a synchronous self-stabilizing solution. Note that our proof is constructive.
机译:自稳定算法无法自行检测到已达到稳定。为了克服该缺点,Lin和Simon引入了外部观察者的概念,即一组过程,每个过程位于每个节点上,它们的作用是检测稳定性。我们在这里提出一种较便宜的方法,其中在单个节点上只有一个观察过程。不允许此过程检测错误的稳定,并且最终必须检测到达到稳定。此外,它一定不能干扰观察到的自稳定算法。我们的结果是,在具有同步自稳定解决方案的杰出网络上,对于任何问题都存在这样的观察者。请注意,我们的证明是建设性的。

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