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干扰观测器与模糊伺服复合控制策略研究

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在现代工业伺服控制技术发展中,伺服控制系统的高控制精度、高稳定性和快速响应性是经典控制理论和现代控制原理追求的主要目标,特别是在外界对系统的扰动或难以建立精确的被控对象数学模型的情况下,传统的单纯PID控制环路抗扰动能力差.文章设计了模糊控制器和干扰观测器,该控制器能够补偿模型参数不准确所引起的误差,同时能够抵抗外界对系统的扰动.
Disturbance Observer and Fuzzy Compound Servo Control Strategy
In the development of modern industrial servo control technology,the high control accuracy,high stability,and fast responsiveness of servo control systems are the main goals pursued by classical control theory and modern control principles.Especially in the case of external disturbances to the system or difficulty in establishing accurate mathematical models of the controlled object,the traditional simple PID control loop has poor disturbance resistance.The article designs a fuzzy controller and disturbance observer,which can compensate for errors caused by inaccurate model parameters and resist external disturbances to the system.

PID controlinterference observerfuzzy controlcompound control

吕东

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广东工业大学机电工程学院,广东广州 511400

PID控制 干扰观测器 模糊控制 复合控制

2024

今日自动化

今日自动化

ISSN:
年,卷(期):2024.(4)