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Analysis of simultaneous velocity and source parameter updates in microseismic FWI
In the microseismic field, a complete characterization of events involves determining the
positioning and focal mechanism properties, which requires an accurate seismic velocity …
positioning and focal mechanism properties, which requires an accurate seismic velocity …
[PDF][PDF] Seismic reflection and transmission within an extended scatterer
K Innanen - crewes.org
ABSTRACT A range of methods for making FWI stable in its construction of long wavelength
model components in deep regions of the model (relative to maximum offset) have been …
model components in deep regions of the model (relative to maximum offset) have been …
[PDF][PDF] A comparison of two reflection-based waveform inversion strategies
Reflection-based waveform inversion is a set of strategies for updating the long-wavelength
part of a velocity model through the use of reflection data in a full waveform inversion …
part of a velocity model through the use of reflection data in a full waveform inversion …
Time-domain reflection-based waveform inversion
K Almuteri - SEG International Exposition and Annual Meeting, 2018 - onepetro.org
Full waveform inversion (FWI) is proven to be a successful high-resolution velocity model
building tool, when low-frequency information and long-offset data are available. Usually …
building tool, when low-frequency information and long-offset data are available. Usually …
Applications of FWI to the microseismic source problem
Full waveform inversion (FWI) is a method to find a model that minimizes the discrepancy
between true and modelled data, and is commonly used in marine seismic applications. FWI …
between true and modelled data, and is commonly used in marine seismic applications. FWI …