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MPC/LQG for Infinite-Dimensional Systems Using Time-Invariant Linearizations

机译:使用时不变线性化的MPC / LQG用于无限维系统

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We provide a theoretical framework for model predictive control of infinite-dimensional systems, like, e.g., nonlinear parabolic PDEs, including stochastic disturbances of the input signal, the output measurements, as well as initial states. The necessary theory for implementing the MPC step based on an LQG design for infinite-dimensional linear time-invariant systems is presented. We also briefly discuss the necessary ingredients for the numerical computations using the derived theory.
机译:我们为无限维系统的模型预测控制提供了理论框架,例如非线性抛物线PDE,包括输入信号的随机干扰,输出测量以及初始状态。提出了实现基于LQG设计的无穷维线性时不变系统MPC步骤的必要理论。我们还将简要讨论使用派生理论进行数值计算的必要成分。

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