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自适应机制赋能模糊控制规则库——电机控制优化

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随着对电机控制性能要求的提高,传统模糊控制的局限性逐渐显现.本文提出在模糊控制规则库中引入自适应机制,阐述其原理包括参数自调整和规则动态更新.详细说明了在电机控制中的实现方式,如基于模型参考自适应和基于神经网络的自适应.该机制增强了系统鲁棒性和控制精度,通过实验对比验证了其有效性.结果表明在面对电机参数变化和外部干扰时,带有自适应机制的模糊控制能使电机转速更稳定、误差更小.
Adaptive Mechanism Empowers the Fuzzy Control Rule Base——Optimization of Motor Control
As the requirements for motor control performance escalate,the limitations of traditional fuzzy control have become evident.This paper proposes introducing an adaptive mechanism into the fuzzy control rule base.It expounds on the principles including parameter self-adjustment and rule dynamic update.The implementation methods in motor control,such as model reference adaptive and neural network-based adaptive,are elaborated in detail.This mechanism augments the system robustness and control accuracy.The effectiveness is verified through experimental comparison.The results demonstrate that when confronted with motor parameter variations and external interferences,the fuzzy con-trol with adaptive mechanism can render the motor speed more stable and reduce the error.

motorfuzzy controladaptive mechanismcontrol accuracyrobustness

王桥

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珠海格力电器股份有限公司 珠海 519000

电机 模糊控制 自适应机制 控制精度 鲁棒性

2024

日用电器
中国电器科学研究院有限公司

日用电器

影响因子:0.071
ISSN:1673-6079
年,卷(期):2024.(12)