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A modified particle swarm optimization algorithm for distributed search and collective cleanup

Jun Li, Zhutian Chen, Yu Liu, Yi Cai, Huaqing Min, Qing Li

发表年份
2013
引用次数
2

摘要

Distributed coordination is critical for a multi-robot system in collective cleanup task under a dynamic environment. In traditional methods, robots easily drop into premature convergence. In this paper, we propose a swarm-intelligence based algorithm to reduce the expectation time for searching targets and removing. We modify the traditional PSO algorithm with a random factor to tackle premature convergence problem, and it can achieve a significant improvement in multi-robot system. The proposed method has been implemented on self-developed simulator for searching task. The simulation results demonstrate the feasibility, robustness, and scalability of our proposed method than previous methods.

关键词

Premature convergenceComputer scienceParticle swarm optimizationScalabilityRobustness (evolution)Swarm intelligenceRobotSwarm behaviourConvergence (economics)Task (project management)

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