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Regional Controllability of Semi-Linear Distributed Parabolic Systems: Theory and Simulation

机译:半线性分布抛物线系统的区域可控性:理论与仿真

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The aim of this brief paper is to give several results concerning the regional controllability of distributed systems governed by semi-linear parabolic equations. We concentrate on the determination of a control achieving internal and boundary regional controllability. The approach is based on an extension of the Hilbert Uniqueness Method (HUM) and Schauder’s fixed point theorem. We give a numerical example developed in internal and boundary sub region. These numerical illustrations show the efficiency of the approach and lead to conjectures.
机译:本文的目的是给出一些关于由半线性抛物方程控制的分布式系统的区域可控性的结果。我们专注于确定实现内部和边界区域可控性的控制。该方法基于希尔伯特唯一性方法(HUM)和Schauder的不动点定理的扩展。我们给出在内部和边界子区域中开发的数值示例。这些数字说明表明了该方法的有效性并导致了猜想。

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