In this paper, we used the Reduced Interference Distribution (RID) for buried channel identification to overcome the mentioned limitations.
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Using a time-frequency distribution to identify buried channels in reflection seismic data. https://doi.org/10.1016/j.dsp.2016.03.008. Journal: Digital Signal ...
Time-frequency distributions are suitable approaches to display and interpret information embedded in non-stationary signals such as seismic signals. Spectral ...
Bibliographic details on Using a time-frequency distribution to identify buried channels in reflection seismic data.
Sep 16, 2020 · Geological events such as thin beds and channels cannot be easily revealed on seismic sections due to the interference of reflections from ...
Using a time-frequency distribution to identify buried channels in reflection seismic data. GeoViz Visualization with Voxels Cuts Days Off Interpretation ...
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Time-frequency distributions are suitable approaches to display and interpret information embedded in non-stationary signals such as seismic signals. Spectral ...
This paper presents a new methodology for computing a time-frequency map for nonstationary signals using the continuous-wavelet transform (CWT).
The variation of frequency content of a seismic trace with time carries information about the properties of the subsurface reflectivity sequence. Time-frequency ...