2021•2021 IEEE 3rd International Conference on Frontiers Technology of Information and Computer (ICFTIC)Requires access

Research on the Shortest Path for Crossing Desert Based on Floyd Algorithm

Shi Wang, Bin Liu, WenPeng Liu, Can Hu, YueLi Tang, Jing Yang

Open publisher page 4 citations

Abstract

The shortest path problem is a hot topic in graph theory and network. It is applied in practical engineering. Floyd algorithm is an efficient algorithm for computing the shortest path between any two points in the network, and it is widely used. Taking an interesting desert crossing game as an actual case, this paper studies the shortest path problem of crossing the map from all conditions known and some conditions known respectively, constructs a strategy model combined with Floyd algorithm to solve the problem, and finally gives the best crossing route strategy. The analysis results show that the shortest path strategy model based on Floyd algorithm solves the problem well. It shows that the algorithm is effective and shortest path algorithm.

About this research paper

What this paper is about

The shortest path problem is a hot topic in graph theory and network. It is applied in practical engineering. Floyd algorithm is an efficient algorithm for computing the shortest path between any two points in the network, and it is widely used. Taking an interesting desert crossing game as an actual case, this paper studies the shortest path problem of crossing the map from all conditions known and some conditions known respectively, constructs a strategy model combined with Floyd algorithm to solve the problem, and finally gives the best crossing route strategy. The analysis results show that the shortest path strategy model based on Floyd algorithm solves the problem well. It shows that the algorithm is effective and shortest path algorithm.

Why it matters

OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

The shortest path problem is a hot topic in graph theory and network. It is applied in practical engineering. Floyd algorithm is an efficient algorithm for computing the shortest path between any two points in the network, and it is widely used. Taking an interesting desert crossing game as an actual case, this paper studies the shortest path problem of crossing the map from all conditions known and some conditions known respectively, constructs a strategy model combined with Floyd algorithm to solve the problem, and finally gives the best crossing route strategy. The analysis results show that the shortest path strategy model based on Floyd algorithm solves the problem well. It shows that the algorithm is effective and shortest path algorithm.

Key concepts: Shortest path problem, K shortest path routing, Yen's algorithm, Shortest Path Faster Algorithm, Euclidean shortest path, Widest path problem, Constrained Shortest Path First, Floyd–Warshall algorithm

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