MODEA Based on Multi-Population Strategy With Adaptive Weight and Its Application to Electromagnetic Device Optimization
Various intelligent algorithms are applied in optimization design, and the differential evolution (DE) algorithm is widely applied with its excellent convergence speed and convergence precision. This study analyzed the advantages and disadvantages of the existing multi-objective differential evoluti...
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| Veröffentlicht in: | IEEE access 2020, Vol.8, p.72039-72046 |
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| creator | You, Jiaxin Xiong, Fangyuan Li, Bo Zhang, Tengyue Liang, Huimin |
| description | Various intelligent algorithms are applied in optimization design, and the differential evolution (DE) algorithm is widely applied with its excellent convergence speed and convergence precision. This study analyzed the advantages and disadvantages of the existing multi-objective differential evolution (MODE) algorithm, and developed a MODE algorithm based on the adaptive weight and the multi-population strategy (MODE/AWMS). The proposed algorithm was verified using test functions. MODE/AWMS exhibited certain advantages compared with several other multi-objective optimization algorithms. Taking a polarized magnetic relay as an example, MODE/AWMS was used to optimize its key parameters by establishing a rapid calculation model of its electromagnetic mechanism. The electromagnetic force (EMF) of the release position was improved, which verified the validity of MODE/AWMS. |
| doi_str_mv | 10.1109/ACCESS.2020.2978487 |
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| subjects | Adaptive algorithms Algorithms Convergence Design optimization electromagnetic device Electromagnetic devices Electromagnetic forces Evolutionary algorithms Evolutionary computation genetic algorithms Linear programming Multiple objective analysis Optimization optimization method Pareto optimization Sociology Weight |
| title | MODEA Based on Multi-Population Strategy With Adaptive Weight and Its Application to Electromagnetic Device Optimization |
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