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Bilinear Control for Global Controllability of the Parabolic-Elliptic Equations

机译:抛物线 - 椭圆方程的全局可控性的双线性控制

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Abstract—In the present paper we establish the global approximate controllability of the parabolic-elliptic equations,which are governed in a bounded domain by a pair of controls:the traditional internal either locally distributed or lumped control; the lumped control entering the system as a time-dependent coefficient. The motivation for the latter is due to the well-known lack of global controllability properties for this kind of the pde’s when they are steered solely by former controls. Our approach involves an asymptotic technique allowing us to ”separate and combine” the impacts generated by the above-mentioned two types of controls. In particular, the addition of bilinear control allows us to reduce the use of the additive one to the local controllability technique only.
机译:摘要在本文中,我们建立了抛物线 - 椭圆方程的全局近似可控性,这些椭圆方程的全局近似可控性通过一对控件控制在有界域中:传统的内部局部分布式或集成控制;集总控制作为时间依赖的系数进入系统。后者的动机是由于这种PDE的众所周知的全局可控性,而是仅通过前控制器被引导。我们的方法涉及一种渐近技术,使我们能够“分离并结合”上述两种控制产生的影响。特别地,Bilinear控制的添加允许我们仅减少添加剂一对局部可控性技术的使用。

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