publications:annualreports:saig_20
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publications:annualreports:saig_20 [2019/11/25 02:30] msacchi created |
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| - | <fc #008000>SAIG19 (2018) Annual Report</fc>\\ | + | <fc #008000>SAIG20 (2019) Annual Report</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:report19.pdf | | + | <WRAP indent>{{:sponsorsandstudents:report20.pdf | |
| - | Complete annual report as a single file (82.MB)}}</WRAP> | + | Complete annual report as a single file (94.6 MB)}}</WRAP> |
| + | <fc #008000>SAIG20-1 (2019) Wenlei Gao, Gian Matharu and Mauricio Sacchi</fc>\\ | ||
| + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_01.pdf | Fast least-squares reverse-time migration via a superpo- sition of Kronecker products }}</WRAP> | ||
| - | <fc #008000>SAIG19-1 (2018) Breno Bahia </fc>\\ | + | <fc #008000>SAIG20-2 (2019) Amsalu Y. Anagaw and Mauricio D. Sacchi |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_01.pdf | Efficient rank-reduction formulations in hypercomplex signal processing}}</WRAP> | + | </fc>\\ |
| + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_02.pdf | Regularization by Denoising (RED) with adaptive-weighted Total Variation for FWI model updates in large-contrast media }}</WRAP> | ||
| + | <fc #008000>SAIG20-3 (2019) Amsalu Anagaw </fc>\\ | ||
| + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_03.pdf | 3D Full waveform inversion for land dataset in the | ||
| + | presence of topography variations }}</WRAP> | ||
| - | <fc #008000>SAIG19-2 (2018) Breno Bahia </fc>\\ | + | <fc #008000>SAIG20-4 (2019) M. A. H. Zuberi</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_02.pdf | Hypercomplex prediction filters }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_04.pdf | On the transformation and resolution of parameters in seismic full waveform inversion}}</WRAP> |
| - | <fc #008000>SAIG19-3 (2018) I.Papathanasaki and M.D.Sacchi </fc>\\ | + | <fc #008000>SAIG20-5 (2019) G. Matharu, M.A.H. Zuberi and M.D. Sacchi</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_03.pdf | Simultaneous signal and ground roll modelling with l2 and l1 regularization}}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_05.pdf | A comparison of high-resolution acoustic and elastic full waveform inversion in the western Canadian sedimen- tary basin }}</WRAP> |
| - | <fc #008000>SAIG19-4 (2018) Felix Oghenekohwo </fc>\\ | + | <fc #008000>SAIG20-6 (2019) F. Oghenekohwo</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_04.pdf | Coherent noise attenuation via curvelet synthesis}}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_06.pdf | Simultaneous time-lapse imaging with sparsity constraints}}</WRAP> |
| - | <fc #008000>SAIG19-5 (2018) Bernal Manzanilla </fc>\\ | + | <fc #008000>SAIG20-7 (2019) A. Ambros</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_05.pdf | Local attributes and coherence via 3D Riesz transforms }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_07.pdf | Regularization by Denoising for travel time tomography }}</WRAP> |
| - | <fc #008000>SAIG19-6 (2018) Wenlei Gao, G.Matharu and M.D. Sacchi </fc>\\ | + | <fc #008000>SAIG20-8 (2019) Fernanda Carozzi and Mauricio D. Sacchi |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_06.pdf | Approximating the Hessian via the sum of Kronecker Products and an application to fast least-squares reverse time migration }}</WRAP> | + | </fc>\\ |
| + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_08.pdf | Reconstruction of cross-spread gathers via Interpolated- MSSA (I-MSSA)}}</WRAP> | ||
| - | <fc #008000>SAIG19-7 (2018) Fernanda Carozzi </fc>\\ | + | <fc #008000>SAIG20-9 (2019) Rongzhi Lin</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_07.pdf | Interpolated MSSA }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_09.pdf | Separation of simultaneous sources acquired with high blending fold data via coherence pass robust Radon operators}}</WRAP> |
| - | <fc #008000>SAIG19-8 (2018) Min Jun Park </fc>\\ | + | <fc #008000>SAIG20-10 (2019) Rongzhi Lin</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_08.pdf | Automatic velocity analysis using Convolutional Neural Networks }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_10.pdf | ADMM and IRLS methods comparison with application to simultaneous erratic noise removal and deblending |
| + | }}</WRAP> | ||
| - | <fc #008000>SAIG19-9 (2018) Andres Ambros </fc>\\ | + | <fc #008000>SAIG20-11 (2019) Yi Guo</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_09.pdf | Receiver functions for shallow imaging and shear-wave statics }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_11.pdf |Sparse Sensor Placement Optimization for Seismic Data Acquisition }}</WRAP> |
| - | <fc #008000>SAIG19-10 (2018) Ke Chen and M.D. Sacchi </fc>\\ | + | <fc #008000>SAIG20-12 (2019) Ji Li</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_10.pdf | The importance of including density in elastic least-squares reverse time migration: multiparameter crosstalk and convergence }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_12.pdf | Robust Matching Pursuit and Applications}}</WRAP> |
| - | <fc #008000>SAIG19-11 (2018) G. Matharu and M.A. Zuberi </fc>\\ | + | <fc #008000>SAIG20-13 (2019) Iliana Papathanasaki</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_11.pdf | Full waveform inversion on a land dataset from the Western Canadian sedi- mentary basin: Part 1 }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_13.pdf | Robust attenuation of Ground roll via scaled ADMM }}</WRAP> |
| - | <fc #008000>SAIG19-12 (2018) G.Matharu and M.D. Sacchi</fc>\\ | + | <fc #008000>SAIG20-14 (2019) Breno Bahia</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_12.pdf | A subsampled truncated Newton method for multiparameter full waveform inversion}}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_14.pdf | Robust singular spectrum analysis via nonconvex opti- mization }}</WRAP> |
| - | <fc #008000>SAIG19-13 (2018) A.Y. Anagaw and M.D. Sacchi </fc>\\ | + | <fc #008000>SAIG20-15 (2019) Breno Bahia</fc>\\ |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_13.pdf | Edge-Preserving FWI Via Regularization by Denoising }}</WRAP> | + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_15.pdf | Robust estimation through myriad-based operators }}</WRAP> |
| - | + | ||
| - | <fc #008000>SAIG19-14 (2018) M.A.H. Zuberi and Gian Matharu </fc>\\ | + | |
| - | <WRAP indent>{{:sponsorsandstudents:saig19r:chap_14.pdf | FWI on a land dataset from the WCSB: Part 2 }}</WRAP> | + | |
| + | <fc #008000>SAIG20-16 (2019) B. Bahia, Rongzhi Lin, and Mauricio Sacchi</fc>\\ | ||
| + | <WRAP indent>{{:sponsorsandstudents:saig20r:chap_16.pdf | REDeblending: Simultaneous source separation via regularization by robust denoising }}</WRAP> | ||
| </WRAP> | </WRAP> | ||
publications/annualreports/saig_20.txt · Last modified: 2020/12/14 15:15 by msacchi
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