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• W2112525653 abstract "This paper addresses a new approach to structural interpretation of 3-D seismic data. It is complemented by a second paper which has been submitted to Geophysics dealing with the technical aspects of structure-oriented filtering. The method and workflow should be viewed against a background of recent changes in the working environment for seismic interpretation. For instance, there has been constant pressure to reduce turnaround time or at least to quickly come up with preliminary results that can influence investment decisions. Integrated teams have been set up to analyze problems in parallel rather than sequential workflows. For the seismic interpreter, this means changing from a one-time transmission of final results to a repetitive process of feeding data into iterative team processes—starting with a crude structural model and followed by increasingly detailed, sophisticated models.Another change is that geologists have more and more replaced geophysicists in seismic interpretation. This trend has improved the geologic feasibility of the average interpretation—in particular with noisy data where defendable answers to ambiguity can be found only by testing alternative geologic scenarios. However, the change has also led to frequent overinterpretation of noisy data. For example, structural and stratigraphic phenomena have been wrongly seen in coherent noise patterns (see convincing demonstration by Hesthammer, 1999). The problem occurs because geologist interpreters tend to accept 3-D seismic data delivered to them by seismic processors too readily as the best possible product and often lack sufficient processing knowledge to identify spurious reflection patterns as artifacts.Thus, acceleration of interpretation and handling of noisy data would be helped by functionality to stabilize and simplify 3-D seismic data. Shell has developed such techniques on the basis of image processing techniques and implemented them at the fingertips of interpreters, to make them empirically find the best solution for a given task.Seismic …" @default.
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• W2112525653 date "2002-03-01" @default.
• W2112525653 modified "2023-09-25" @default.
• W2112525653 title "Fast structural interpretation with structure-oriented filtering" @default.
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• W2112525653 doi "https://doi.org/10.1190/1.1463775" @default.
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