Logo image
估計環狀網路大小的自我穩定演算法
Thesis

估計環狀網路大小的自我穩定演算法

李國駒
Masters, 國立清華大學, 資訊工程學系
2002

Abstract

分散式系統 自我穩定演算法 隨機演算法 環狀網路 權杖循環 Distributed systems self-stabilization randomized algorithm ring networks token circulation
Knowledge about the size of ring networks can be useful for problems in distributed systems. In this thesis, we propose a self-stabilizing algorithm for measuring the size of unidirectional rings. Our algorithm has two versions, one is randomized and the other deterministic. Both of them run under the synchronized distributed daemon. The system is semi-uniform. Each processor except the special node costs only constant memory space and the maximum stabilizing time for both of the two versions are O(n^3).

Metrics

1 Record Views

Details

Logo image