建立气泡多级联跟踪控制系统的一般原则

S. Cherniy, V. Solovyev
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引用次数: 3

摘要

跟踪控制系统的一个特点是保证控制集在动态模式下的精度。在控制对象、系统驱动中存在非线性,特别是系统整体参数的非平稳性使得使用标准的经典控制算法难以达到期望的质量指标。本文提出了一种实现模糊伺服控制系统的新方法。同时,特别强调了跟踪控制系统的建立。这种构建智能系统的原理不仅扩展了纠偏控制动作实施的功能,而且使控制器在选定的优化准则下提供自调节成为可能。以直流电力驱动为基础的跟踪系统模型为例,研究了该方法在信号变化形式下难以处理的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
General Principals of Building the Fizzy Multi-Cascade Tracking Control Systems
A special feature of tracking control system is to ensure the accuracy of the control set in dynamic modes. The presence of non-linearities in the control object, in the system drives, and especially the non-stationarity of the parameters of the system as a whole makes it difficult to achieve the desired quality indicators using standard classical control algorithms. The paper deals with a new approach to the implementation of fuzzy servo control systems. At the same time, a special emphasis is placed on building the tracking control system. This principle of building an intelligent system not only expands the functionality in the implementation of corrective control action, but also makes it possible to provide self-adjustment of the controller under the selected optimization criteria. This approach is considered on an example of the tracking system model on the basis of the DC electric drive at working off difficult in form of changing signal.
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