Maarten V de Hoop
** elastic, anisotropic ** (acoustic) full wave **
inference of angle GRT Bremmer series
singularities -- AVA modeling [11]
image QC [3'] resolving power [17]
| | |
| |
regularity |
estimates [&] |
|
| DSR modeling, analysis
GRT: Born vs | operator factorization [46]
Kirchhoff -- |
(reciprocity) |
[13] | |
| |
|
2.5 D -- GRT construction /
(OBC) algorithm in presence
[47] of caustics [22] <--Trotter
product [34]--> inverse scattering
| with DSR (true amplitude)
| angle transform
| annihilators [2'] -- reverse
time [3'']
reflection analysis: inverse scattering
tomography -- in the presence of caustics
[39] annihilators of the data [29]
|
|* *|
DMO |
3D analysis -- source-receiver continuation |
caustics [4']
[31] |
residual velocity perturbation inverse scattering
velocity -- (time lapse) with the Bremmer series
DMO [42] contact continuation [6''] internal multiples [45]
*<---------- reciprocity -------->*
adjoint states
optimization [21]
/ \
/ \
wave equation transmission interferometry [5'']
tomography [43]
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N.B.:
field studies:
[22] -> [33] (Valhall)
[34,2'] -> [38] (L7D)
[39] -> [48] (Norway, North Sea)
[42] -> [42] (Trinidad)
[45] -> (Gulf of Mexico)
[&] -> (tank experiment, ultrasonic)
algorithms: GRT DSR
quasi-Monte Carlo optimal rational
generalized screen
uniformly asymptotic
(locally) quadratic profile