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Sub-optimal linear quadratic control for non-standard discrete-time singularly perturbed systems

机译:非标准离散时间奇异扰动系统的次优线性二次控制

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摘要

A sub-optimal controller is designed for nonstandard discrete-time singularly perturbed systems through LMT (linear matrix inequality) methodology. It is different from the general fast-slow decomposition method. It is effective to avoid matrix singularity phenomena, because the matrix inequalities proposed in the paper are independent of perturbation parameter. A simulation result is presented to demonstrate the effectiveness of our design method.
机译:通过LMT(线性矩阵不等式)方法,设计了次优控制器的非标准离散时间奇异扰动系统。它与一般的快速慢速分解方法不同。避免基质奇点现象是有效的,因为论文中提出的基质不等式是独立于扰动参数。提出了仿真结果以证明我们设计方法的有效性。

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