Abstract:Compressive sensing seismic acquisition aims at more efficient operation and cost reduction.Due to offshore equipment and technical limitations,compressive sensing random sampling may only be performed in some directions.We develop a Jitter-based system for offshore compressive sensing seismic acquisition geometry design and supporting modules for data reconstruction.We accomplish compressive sensing acquisition design for two offshore surveys and subsequent data reconstruction.The results show that data reconstruction,both for synthetic data from forward modeling and real data simulation,yields good results; whereas,acquisition cost is reduced by 1/3.This means that Jitter-based random sampling is feasible for offshore compressive sensing seismic acquisition geometry design.
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