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13th Biennial International Conference Kochi 2020

pySEISPROC: A python based open-source geophysical package for visualization and fault interpretation of 2D or 3D seismic data.

Published in GEOHORIZONS - 2020

Uday Singh*, Vishwa Kumar,Vikas Saluja, N P Singh, K Vasudevan

Abstract


This paper aims to develop an open-source python based interactive geophysical package called pySEISPROC. pySEISPROC is an integrated package designed for 3D seismic data processing. It allows geophysicists to rapidly interact with huge datasets. It contains visualization tools for better understanding of the data and analysis tools for fault extraction in the 3D seismic volume. This study also aims to introduce standard noise suppression techniques for data preprocessing in order to increase efficiency of the prediction algorithm. Automatic fault extraction is performed using traditional deterministic approaches such as structural dip, semblance, eigenstructure, gradient structure tensor based coherence, etc.

Keywords


pySEISPROC, Faults, Structural Dip, Semblance, Eigen-Structure, Gradient-Structure Tensor, Python

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