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The Pachycondyla Apicalis metaheuristic algorithm for parameters identification of chaotic electrical system

机译:Pachycondyla Apicalis元启发式算法用于混沌电气系统参数辨识

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In this work, the Pachycondyla Apicalis metaheuristic algorithm (API) is used to identify and optimize control parameters for piezoelectric oscillator that exhibits frequency hysteresis behavior under strong excitation when asymmetric period which the bifurcation and chaotic behavior of higher harmonics appear by minimizing errors between actual and evaluated states of the model. In order to investigate the efficiency of the API algorithm, numerical experiments are carried out on the piezoelectric chaotic resonator. The simulation results indicate that the API algorithm can be effective in identifying the unknown parameters for given chaotic systems with high accuracy and low deviations.
机译:在这项工作中,使用Pachycondyla Apicalis元启发式算法(API)来识别和优化压电振荡器的控制参数,当非对称周期出现时,该振荡器表现出在强激励下的频率磁滞行为,这种不对称周期会通过最大程度地减小实际与实际之间的误差而出现高次谐波的分叉和混沌行为。评估模型的状态。为了研究API算法的效率,对压电混沌谐振器进行了数值实验。仿真结果表明,对于给定的混沌系统,API算法可以有效地识别未知参数,且精度高,偏差小。

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