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Articles

A total variation regularization method for an inverse problem of recovering an unknown diffusion coefficient in a parabolic equation

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Pages 1453-1473 | Received 27 Aug 2019, Accepted 18 Jan 2020, Published online: 16 Feb 2020

Figures & data

Figure 1. A target node o and its neighbours, the spatial step size is h.

Figure 1. A target node o and its neighbours, the spatial step size is h.

Figure 2. Reconstructions of the coefficient k(x) in example 1, k(0)(x)=1, λ=0.005.

Figure 2. Reconstructions of the coefficient k(x) in example 1, k(0)(x)=1, λ=0.005.

Figure 3. Reconstructions of the coefficient k(x) in example 2, k(0)(x)=1, λ=0.05.

Figure 3. Reconstructions of the coefficient k(x) in example 2, k(0)(x)=1, λ=0.05.

Figure 4. Reconstructions of the coefficient k(x) in example 3, k(0)(x)=1, λ=0.01.

Figure 4. Reconstructions of the coefficient k(x) in example 3, k(0)(x)=1, λ=0.01.

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