Traveltime computation is an important part of seismic imaging algorithms. Conventional implementations of Kirchhoff migration require precomputing traveltime tables or include traveltime calculation in the innermost computational loop. The cost of traveltime computations is especially noticeable in the case of 3-D prestack imaging where the input data size increase
Three-dimensional prestack depth migration is the convenient approach for seismic imaging in the cas...
The oil and gas industries have been great consumers of parallel and distributed computing systems, ...
Seismic imaging based on single-scattering approximation is in the analysis of the match between th...
First arrival traveltimes and associated amplitudes are essential components in Kirchhoff migration ...
Introduction Prestack depth migration algorithms are usually divided into two classes: wavefield ex...
Constructing the seismic image in vertical time, as opposed to depth, eliminates the inherent ambigu...
Amplitude versus oset information is a key feature to seismic reservoir characterization. There-fore...
Attempting to image the subsurface in areas of complex geology and rapid lateral velocity variation ...
International audienceWe present a new method of traveltime tomography. In this method, the travelti...
Prestack migration of seismic data is a dominant tool for imaging hydrocarbon bearing structures in ...
We compare various forms of single-arrival Kirchhoff prestack depth migration to a full-waveform, fi...
Seismic traveltime tomography is a nonlinear inverse problem wherein an unknown slowness model is in...
AbstractIn tomographic image processing of seismic data, the first-arrival traveltime (FATT) is ofte...
I present a semirecursive Kirchhoff migration algo-rithm that is capable of obtaining accurate image...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/17...
Three-dimensional prestack depth migration is the convenient approach for seismic imaging in the cas...
The oil and gas industries have been great consumers of parallel and distributed computing systems, ...
Seismic imaging based on single-scattering approximation is in the analysis of the match between th...
First arrival traveltimes and associated amplitudes are essential components in Kirchhoff migration ...
Introduction Prestack depth migration algorithms are usually divided into two classes: wavefield ex...
Constructing the seismic image in vertical time, as opposed to depth, eliminates the inherent ambigu...
Amplitude versus oset information is a key feature to seismic reservoir characterization. There-fore...
Attempting to image the subsurface in areas of complex geology and rapid lateral velocity variation ...
International audienceWe present a new method of traveltime tomography. In this method, the travelti...
Prestack migration of seismic data is a dominant tool for imaging hydrocarbon bearing structures in ...
We compare various forms of single-arrival Kirchhoff prestack depth migration to a full-waveform, fi...
Seismic traveltime tomography is a nonlinear inverse problem wherein an unknown slowness model is in...
AbstractIn tomographic image processing of seismic data, the first-arrival traveltime (FATT) is ofte...
I present a semirecursive Kirchhoff migration algo-rithm that is capable of obtaining accurate image...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/17...
Three-dimensional prestack depth migration is the convenient approach for seismic imaging in the cas...
The oil and gas industries have been great consumers of parallel and distributed computing systems, ...
Seismic imaging based on single-scattering approximation is in the analysis of the match between th...