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STABLE NEURAL CONTROL TECHNIQUES APPLIED TO THE CART-POLE SYSTEM

机译:适用于购物车系统的稳定神经控制技术

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In this paper we make a dual stability analysis of neural controlled systems both by building Lyapunov functions and by using the I-O based criteria . Simulation results are presented for the cart-pole system demonstrating the effectiveness of both approaches and its reciprocal relation when facing neural-based control systems. The conceptual simplicity of the geometric interpretation of stability through I-O conditions becomes evident in contrast to the Lyapunov function approach.
机译:在本文中,我们通过建立Lyapunov函数并使用基于I-O的准则对神经控制系统进行了双重稳定性分析。提出了针对磁极系统的仿真结果,展示了两种方法的有效性及其在面对基于神经的控制系统时的相互关系。与Lyapunov函数方法相比,通过I-O条件进行稳定性的几何解释的概念简单性变得显而易见。

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