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Boundary stabilization of coupled wave system with spatially-varying coefficients and internal anti-damping

机译:具有空间变化系数和内部反阻尼的耦合波系统的边界稳定

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In this paper, we consider the exponential stabilization of coupled wave equations with spatially-varying coefficients and internal anti-damping. In contrast to the previous work in the literature, the kernel equations of this system are much more complicated. Using the backstepping method, we verify the kernel equations, which is a system of coupled linear wave equations with spatially-varying coefficients. Then by designing a new characteristic line, the well-posedness of the kernel equations is obtained. Finally we use a Lyapunov function to get the exponential stabilization. A numerical example is presented to illustrate the result.
机译:在本文中,我们考虑具有空间变化系数和内部反阻尼的耦合波动方程的指数稳定性。与文献中先前的工作相比,该系统的核方程要复杂得多。使用backstepping方法,我们验证了核方程,它是一个具有空间变化系数的耦合线性波动方程的系统。然后通过设计一条新的特征线,获得核方程的适定性。最后,我们使用Lyapunov函数获得指数稳定。数值例子说明了结果。

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