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A Distributed Election and Spanning Tree Algorithm Based on Depth First Search

Sven Skyum

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Abstract

The existence of an effective traversal algorithm for a class of graphs has proven useful in connection with election problems for those classes. In this paper we show how a general traversal algorithm, such as depth first search, can be turned into an effective election algorithm using modular techniques. The presented method also constructs a spanning tree for the graph.

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What this paper is about

The existence of an effective traversal algorithm for a class of graphs has proven useful in connection with election problems for those classes. In this paper we show how a general traversal algorithm, such as depth first search, can be turned into an effective election algorithm using modular techniques. The presented method also constructs a spanning tree for the graph.

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Available abstract

The existence of an effective traversal algorithm for a class of graphs has proven useful in connection with election problems for those classes. In this paper we show how a general traversal algorithm, such as depth first search, can be turned into an effective election algorithm using modular techniques. The presented method also constructs a spanning tree for the graph.

Key concepts: Tree traversal, Graph traversal, Depth-first search, Spanning tree, Breadth-first search, Computer science, Modular design, Tree (set theory)

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