Safety and Observibility of Distributed Broadcast Algorithms

M. Karaata, Aysha Dabees
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Abstract

In this paper, we first show the condition under which the transient faults are observable and the safety requirements are satisfied for a broadcast algorithm. Then we propose the first safe fault-containing and self-healing broadcast algorithm for locally observable faults in tree networks. A locally observable transient fault refers to a transient fault that perturbs the state of a process such that a faulty state of a process could be distinguished from a non-faulty state by all neighbours of the faulty process, and locally non-observable transient faults, otherwise. Our proposed algorithm contains and self-heals an unlimited number of transient faults in at most O(3) rounds provided that any two faulty processes are separated by two non-faulty processes.
分布式广播算法的安全性和可观察性
本文首先给出了一种广播算法的暂态故障可观测且满足安全要求的条件。在此基础上,提出了树形网络中第一个局部可观测故障的安全容错自愈广播算法。局部可观察到的瞬态故障是指扰动过程状态的瞬态故障,使得故障过程的所有邻居都可以将过程的故障状态与非故障状态区分开来,否则就是局部不可观察到的瞬态故障。假设任意两个故障进程被两个非故障进程隔开,该算法在最多O(3)轮内包含并自愈无限数量的瞬时故障。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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