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Chao Ma
Chao Ma
Software Engineer, Microsoft
Verified email at microsoft.com
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Cited by
Cited by
Year
General theory for accommodating primaries and multiples in internal multiple algorithm: Analysis and numerical tests
H Liang, C Ma, AB Weglein
SEG Technical Program Expanded Abstracts 2013, 4178-4183, 2013
302013
Including higher-order inverse scattering series terms to address a serious shortcoming/problem of the internal-multiple attenuator: Exemplifying the problem and its resolution
C Ma, AB Weglein
SEG International Exposition and Annual Meeting, SEG-2014-1446, 2014
172014
The first inverse-scattering-series internal multiple elimination method for a multidimensional subsurface
Y Zou, C Ma, A Weglein
SEG Technical Program Expanded Abstracts 2016, 4550-4554, 2016
162016
Modifying the leading order ISS attenuator of first-order internal multiples to accommodate primaries and internal multiples: Fundamental concept and theory, development, and …
C Ma, H Liang, AB Weglein
Mission Oriented Seismic Research Program Annual Report, 133-147, 2012
142012
A new multidimensional method that eliminates internal multiples that interfere with primaries, without damaging the primary, without knowledge of subsurface properties, for …
Y Zou, C Ma, AB Weglein
SEG International Exposition and Annual Meeting, D033S088R005, 2019
132019
The first migration method that is equally effective for all acquired frequencies for imaging and inverting at the target and reservoir
A Weglein, J Mayhan, Y Zou, Q Fu, F Liu, J Wu, C Ma, X Lin, R Stolt
SEG International Exposition and Annual Meeting, SEG-2016-13950795, 2016
122016
A new inverse scattering series (ISS) internal-multiple-attenuation algorithm that predicts the accurate time and approximate amplitude of the first-order internal multiples …
C Ma*, AB Weglein
SEG Technical Program Expanded Abstracts 2015, 4402-4407, 2015
102015
A further general modification of the leading order ISS attenuator of first order internal multiples to accommodate primaries and internal multiples when an arbitrary number of …
H Liang, C Ma, AB Weglein
Mission Oriented Seismic Research Program Annual Report, 148-165, 2012
102012
Analysis and application of data-driven approaches for internal-multiple elimination
C Ma, M Guo, Z Liu, J Sheng
SEG Technical Program Expanded Abstracts 2020, 3124-3128, 2020
92020
Progressing amplitude issues for testing 1D analytic data in leading order internal multiple algorithms
W Herrera, C Ma, H Liang, P Terenghi, AB Weglein
Mission Oriented Seismic Research Program Annual Report, 167-188, 2012
72012
Comparison of the inverse scattering series free-surface multiple elimination (ISS FSME) algorithm with the industry-standard surface-related multiple elimination (SRME …
C Ma, Q Fu, AB Weglein
Geophysics 84 (5), S459-S478, 2019
42019
I. The first multi-dimensional inverse-scattering-series internal-multiple-elimination method: A new toolbox option for removing internal multiples that interfere with a …
Y Zou
32017
Examining the interdependence and cooperation of the terms in the distinct inverse-scattering subseries for free-surface multiple and internal multiple removal
C Ma, A Weglein
SEG International Exposition and Annual Meeting, SEG-2016-13961170, 2016
32016
A clear example using multiples to enhance and improve imaging: Comparison of two imaging conditions relevant to this analysis
C Ma, Y Zou
The Leading Edge 34 (7), 814-816, 2015
32015
An inverse scattering series (ISS) data comprehensive internal multiple attenuation algorithm that accommodates primaries and internal multiples in the input data
C Ma
22016
A clear example of using multiples to enhance and improve imaging
C Ma, A Weglein
SEG Technical Program Expanded Abstracts 2016, 4592-4595, 2016
2016
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C Ma
2016
Short note: Progress in ISS internal-multiple removal: Computational requirements
Q Fu, C Ma, Y Zou, JD Mayhan, F Liu
2014
Isolation of an elimination subseries for the surgical removal of first-order internal multiples with downward reflection at the shallowest reflector
W Herrera, C Ma, H Liang, AB Weglein
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