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Uniform Stabilization of 1-d Wave Equation with Anti-damping and Delayed Boundary Control*

机译:具有减振和延迟边界控制的一维波动方程的一致稳定*

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In this paper we consider the stabilization problem of a 1-d wave equation with anti-damping in the interior domain and delayed boundary control. At first, we design the parametrization controller, that is a full state feedback controller of the integral forms. By selecting appropriate parameter functions, we prove that the system is equivalent to a system with exponential stability. In the present paper, we give an approach of selecting parameter functions.
机译:在本文中,我们考虑一维波动方程的稳定问题,该方程在内部域具有抗阻尼特性并且具有延迟边界控制。首先,我们设计参数化控制器,即积分形式的全状态反馈控制器。通过选择适当的参数函数,我们证明该系统等效于具有指数稳定性的系统。在本文中,我们提供了一种选择参数函数的方法。

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