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Convergence analysis for an inverse problem of Schrödinger equation
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Reporter:
Zhongliu Zhao, Associate Professor, Hunan Institute of Science and Technology, Chin
Inviter:
Wensheng Zhang, Professor
Subject:
Convergence analysis for an inverse problem of Schrödinger equation
Time and place:
14:00-15:00 August 12(Wednesday), N208
Abstract:

In this presentation, I will talk about the convergence for the inverse problem of the 2-D semi-discrete Schrödinger equation with one observation on the partial boundary. First, an energy estimate for the semi-discrete Schrödinger equation is given. Then the uniform Lipschitz stability for the inverse coefficient problem of the semi-discrete Schrödinger equation is proved. Finally, with the Lax equivalence theorem for the applied second-order finite difference scheme, we conclude the convergence of the semi-discrete inverse problem.