Publication | Closed Access
Neighborhood topologies in fully informed and best-of-neighborhood particle swarms
343
Citations
8
References
2006
Year
Cluster ComputingPopulation TopologyNetwork ScienceEngineeringData ScienceFirefly AlgorithmNetworked SwarmNetwork AnalysisCanonical VersionCollective MotionSwarm DynamicComputer ScienceNeighborhood TopologiesParticle SwarmSwarm Robotics
In this study, we vary the way an individual in the particle swarm interacts with its neighbors. The performance of an individual depends on population topology as well as algorithm version. It appears that a fully informed particle swarm is more susceptible to alterations in the topology, but with a good topology, it can outperform the canonical version
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