Li Li, Wanyu Liu
In this paper, we construct a Runge�Kutta type total variation regularization for the nonlinear ill-posed problems. This method resembles Runge�Kutta type iteration with the Bregman distance as a regularization functional. In the presence of noise with noise level ä we prove this method to be convergent under appropriate stopping rule. Furthermore, some numerical experiments are presented to verify this method to be more suitable for problems with discontinuous solutions.
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