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Designing stabilizing controllers for uncertain systems using the Riccati equation approach

机译:使用Riccati方程法设计不确定系统的稳定控制器

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摘要

A useful technique for determining a linear feedback control law stabilizes an uncertain system is the Riccati-equation approach of I.R. Petersen and C.V. Hollot (1986). They consider systems with time-varying uncertainty in the system matrix and obtain the constant feedback gains for the linear stabilizing controller in terms of the solutions of a Riccati equation. The technique is extended to include problems with time-varying uncertainty in the input connection matrix. Several examples are included to demonstrate the efficacy of this result.
机译:确定线性反馈控制律以稳定不确定系统的有用技术是I.R.的Riccati方程方法。彼得森和简历Hollot(1986)。他们考虑了系统矩阵中具有时变不确定性的系统,并根据Riccati方程的解获得了线性稳定控制器的恒定反馈增益。该技术已扩展为在输入连接矩阵中包含时变不确定性的问题。包括几个例子来证明该结果的有效性。

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