Research Article
Enhancing the Performance of Biogeography-Based Optimization Using Multitopology and Quantitative Orthogonal Learning
| START | | Divide the whole habitats into Group A and Group B | | Implement migration operator in Group A | | for to | | for to | | if then | | Select emigrated habitat with respect to rate from all habitat except | | if then | | Randomly select a habitat from all habitats both in A and B group () | | | else | | | end if | | else | | | end if | | end for | | end for | | Implement migration operator in Group B | | Randomly arrange the habitats in Group B in a ring topology | | for to | | for to | | if then | | Select emigrated habitat with respect to rate from the two habitats adjacent to | | if then | | Randomly select a habitat from the whole habitat () | | | else | | | end if | | else | | | end if | | end for | | end for | | Mix the whole habitats together | | END |
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