Publication | Closed Access
Small worlds and mega-minds: effects of neighborhood topology on particle swarm performance
1.1K
Citations
9
References
2003
Year
Unknown Venue
Cluster ComputingEngineeringNetwork AnalysisSwarm DynamicParticle Swarm PerformanceNeighborhood TopologyTest FunctionsComputational Social ScienceSelf-organizing SystemCollective MotionSystems EngineeringSocial Network AnalysisFirefly AlgorithmSmall WorldsComputer ScienceNeighborhood TopologiesParticle SwarmsNetwork ScienceNetworked SwarmSwarm RoboticsBig Data
The study manipulated the neighborhood topologies of particle swarms optimizing four test functions. Several social network structures were tested, with "small-world" randomization of a specified number of links. Sociometric structure and the small-world manipulation interacted with function to produce a significant effect on performance.
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