Improvement of antenna return loss using binary particle swarm optimization method

Swarm Intelligence is applied to optimisation problems due to its robustness, scalability, generality, and flexibility. Based on simple rules, simple reactive agents -swarm (e.g. fish, bird, and ant)directly or indirectly exchange information to find an optimal solution. Among multiple nature inspirations and versions, the dilemma of choosing proper swarm-based algorithms for each type of problem prevents their recurrent application. This scenario gets even more challenging when considering binary optimisation because of the absence of overview papers that assembles the trends, benefits and limitations of swarmbased techniques. Based on 403 scientific papers, we describe the basis of the leading binary swarm-based algorithms presenting their rationales, equations, pseudocodes, and descriptions of their applications to tackle this research gap. We also define a new classification based on the mechanism to update the solutions and the displacements, indicating that the Binary-Binary approach -binary decision variables and binary search space -is more efficient for binary optimisation in accuracy and computational cost.

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Improvement of antenna return loss using binary particle swarm optimization method

Cited by 2 publications

References 4 publications

Optimization of a Novel Rectenna for RF Energy Harvesting at 2.45 GHz

Optimization of a Novel Rectenna for RF Energy Harvesting at 2.45 GHz

Overview on Binary Optimization Using Swarm-Inspired Algorithms

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