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An Improved Artificial Bee Colony Algorithm Based on Gaussian Mutation and Chaos Disturbance

机译:一种基于高斯突变和混沌扰动的一种改进的人造蜂殖民算法

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Artificial Bee Colony (ABC) algorithm is a novel bio-inspired swarm intelligence approach which is competitive with other population-based algorithms and has the advantage of using fewer control parameters. However, basic ABC is easy to be prematurely convergent and be trapped into local optimum. In the later iteration, algorithm has low convergent speed and population diversity seriously decreases. In this paper, Gaussian mutation and chaos disturbance are introduced into ABC to overcome the shortcomings above. Applications of improved ABC algorithm on four benchmark optimization functions show marked improvement in performance over the basic ABC.
机译:人造蜜蜂殖民地(ABC)算法是一种新的生物启发群智能方法,其与其他基于人群的算法竞争,具有使用较少控制参数的优势。然而,基本ABC易于过早收敛并被陷入局部最佳状态。在后期的迭代中,算法具有低收敛速度,群体多样性严重降低。在本文中,将高斯突变和混沌扰动引入ABC以克服上述缺点。改进的ABC算法在四个基准优化功能上的应用显示了基本ABC的性能的显着提高。

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