An Adaptive Inverse Scale Space Method for Compressed Sensing
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If you have a question about this talk, please contact Carola-Bibiane Schoenlieb.
In this talk a novel adaptive approach for solving -minimization problems as frequently arising in compressed sensing is introduced, which is based on the recently introduced inverse scale space method. The scheme allows to efficiently compute minimizers by solving a sequence of low-dimensional nonnegative least-squares problems. Moreover, extensive comparisons between the proposed method and the related orthogonal matching pursuit algorithm are presented.
This talk is part of the Cambridge Image Analysis Seminars series.
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