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Dissipativity-based observer design for a class of coupled 1-D semi-linear parabolic PDE systems

机译:一类耦合一维半线性抛物线PDE系统的基于耗散性的观测器设计

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In the present paper the dissipativity-based observer design approach is extended to a class of 1-D semi-linear parabolic PDE systems with pointwise in-domain measurement. On the basis of a modal innovation over the set of slow eigenvalues of the linear operator and the consideration of a dissipativity (sector) condition for the nonlinearity an exponential convergence condition for the estimation error is derived in form of a linear operator inequality, which is solved on the basis of an eigenfunction expansion of the linear operator. The approach is illustrated by numerical simulations for a coupled two-state semi-linear PDE system.
机译:在本文中,基于耗散的观测器设计方法被扩展到一类具有逐点域内测量的一维半线性抛物线PDE系统。在对线性算子的慢特征值集合进行模态创新的基础上,考虑非线性的耗散(扇形)条件,以线性算子不等式的形式导出估计误差的指数收敛条件。在线性算子的本征函数展开的基础上求解。通过耦合二态半线性PDE系统的数值模拟说明了该方法。

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