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Stability for the Calderón’s problem for a class of anisotropic conductivities via an ad hoc misfit functional

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We address the stability issue in Calderón’s problem for a special class of anisotropic conductivities of the form σ = γA in a Lipschitz domain Ω⊂Rn , n ⩾ 3,… Click to show full abstract

We address the stability issue in Calderón’s problem for a special class of anisotropic conductivities of the form σ = γA in a Lipschitz domain Ω⊂Rn , n ⩾ 3, where A is a known Lipschitz continuous matrix-valued function and γ is the unknown piecewise affine scalar function on a given partition of Ω. We define an ad hoc misfit functional encoding our data and establish stability estimates for this class of anisotropic conductivity in terms of both the misfit functional and the more commonly used local Dirichlet-to-Neumann map.

Keywords: anisotropic conductivities; calder problem; hoc misfit; class anisotropic; misfit functional

Journal Title: Inverse Problems
Year Published: 2021

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