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An efficient first arrival picking procedure for marine streamer data
Picking first breaks is a tedious and time-consuming process. We suggest a procedure for an efficient manual first arrival picking of marine towed-streamer data. The procedure contains three methods: we reduce the total number of manual picks by skipping shots and interpolating picks of each shot gather, reusing previous picks, and sorting three-dimensional (3D) shot gathers using offset. Two-dimensional and 3D simulations demonstrate that we can accelerate the picking process 11–117 times compared to that of a complete picking method. Although the efficiency varies depending on the data, the suggested procedure can save considerable manpower while maintaining the accuracy of manual picking.
An efficient first arrival picking procedure for marine streamer data
Picking first breaks is a tedious and time-consuming process. We suggest a procedure for an efficient manual first arrival picking of marine towed-streamer data. The procedure contains three methods: we reduce the total number of manual picks by skipping shots and interpolating picks of each shot gather, reusing previous picks, and sorting three-dimensional (3D) shot gathers using offset. Two-dimensional and 3D simulations demonstrate that we can accelerate the picking process 11–117 times compared to that of a complete picking method. Although the efficiency varies depending on the data, the suggested procedure can save considerable manpower while maintaining the accuracy of manual picking.
An efficient first arrival picking procedure for marine streamer data
Kim, Ahreum (Autor:in) / Ryu, Donghyun (Autor:in) / Ha, Wansoo (Autor:in) / Shin, Changsoo (Autor:in)
Geosystem Engineering ; 18 ; 251-258
03.09.2015
8 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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