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A New Approach to Designing Interpretable Models of Dynamic Systems

机译:动态系统可解释模型的设计新方法

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In the process of designing automatic control system it is very important to have an accurate model of the controlled process. Approaches to modelling dynamic systems presented in the literature are often approximate, uninterpretable (acting as a black box), not appropriate to work in real-time, so it is not possible to create a hardware emulator on the basis of these approaches. The paper presents a new method to create model of nonlinear dynamic systems which gives a real opportunity for the interpretation of accumulated knowledge. By combining methods of control theory with fuzzy logic rules a good accuracy of the model can be achieved with use of a small number of fuzzy rules. Our method is based on the evolutionary strategy (μ, λ).
机译:在设计自动控制系统的过程中,拥有受控过程的准确模型非常重要。文献中介绍的动态系统建模方法通常是近似的,不可解释的(充当黑匣子),不适合实时工作,因此无法基于这些方法创建硬件仿真器。本文提出了一种新的非线性动力学系统模型的创建方法,为解释累积的知识提供了真正的机会。通过将控制理论的方法与模糊逻辑规则相结合,可以使用少量模糊规则来实现模型的良好准确性。我们的方法基于进化策略(μ,λ)。

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