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This Concept Map, created with IHMC CmapTools, has information related to: SLIM, Generalized SPGL1 generalises SPGL1, Imaging includes Sparsity-promoting migration with surface-related multiples, Exploiting the structure of the signal i.e. Sparsity, Approximate Message Passing (AMP) see Application to imaging with multiples, Fast least-squares migration with multiples and source estimation is related to Compressive Sensing (CS), Marine Acquisition includes Ocean bottom acquisition via jittered sampling, L1-minimization solver Generalized SPGL1, Estimation of Nuisance Parameters in inverse problems e.g. Source estimation, Compressive Seismic Computation increases efficiency of Imaging, Approximate Message Passing (AMP) can be used to Control the linearization errors in L1 regularized inversion, L1-minimization solver PQNL1, Dimensionality Reduction uses ideas from Compressive Sensing (CS), Approximate Message Passing (AMP) see Application to exploration seismology, Full-Waveform Inversion (FWI) includes Elastic waveform inversion, Exploiting the structure of the signal i.e. Cosparsity, GAP see Application to Seismic Data Interpolation, Simultaneous source Land Acquisition is related to Compressive Sensing in Seismic Acquisition, Full-Waveform Inversion (FWI) includes Estimation of Nuisance Parameters in inverse problems, Imaging includes Interferometric imaging, 3D frequency-domain waveform inversion using a row-projected helmholtz solver uses Batching
