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Research on magnetotactic bacteria optimization algorithm

机译:磁直星细菌优化算法研究

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Magnetotactic bacteria is a kind of polyphyletic group of prokaryotes with the characteristics of magnetotaxis that make them orient and swim along geomagnetic field lines. The function of magneto-aerotaxis is to enhance the ability of magnetotactic bacteria to sense oxygen concentration and enable them to more-efficiently locate chemically favorable positions in vertically stratified environments compared to nonmagnetotactic bacteria. A magnetotactic bacteria optimization algorithm(MBOA) inspired by the characteristics of magnetotactic bacteria is proposed in the paper. Experiment results show that the MBOA is effective in optimization problems. It shows good and competitive performance compared with the other classical optimization algorithms.
机译:磁通术细菌是一种多核原核生物,具有使它们沿着地磁场线定向和游泳的磁速率的一种多核。 磁性航空的功能是提高磁通细菌感测氧浓度的能力,并使它们能够在与非混凝术细菌相比垂直分层环境中的更有效地定位化学良好位置。 提出了由磁通细菌特征的启发的磁通细菌优化算法(MBOA)。 实验结果表明,MBOA在优化问题方面是有效的。 与其他经典优化算法相比,它显示出良好且竞争的性能。

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