User Tools

Site Tools


publications:annualreports:saig_21

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
Next revision Both sides next revision
publications:annualreports:saig_21 [2021/01/24 23:41]
msacchi
publications:annualreports:saig_21 [2021/01/25 00:04]
msacchi
Line 6: Line 6:
 <WRAP 75% column> <WRAP 75% column>
  
-<fc #008000>SAIG21 ​(2020) Annual Report</​fc>​\\+<fc #008000>SAIG 21 (2020) Annual Report</​fc>​\\
 <WRAP indent>​{{:​sponsorsandstudents:​report21.pdf |  <WRAP indent>​{{:​sponsorsandstudents:​report21.pdf | 
 Complete annual report as a single file (52.9 MB)}}</​WRAP>​ Complete annual report as a single file (52.9 MB)}}</​WRAP>​
  
  
-<fc #008000>SAIG21-1 (2020) Rongzhi Lin, Breno Bahia and M D Sacchi </​fc>​\\ +<fc #008000>SAIG 21-1 (2020) Rongzhi Lin, Breno Bahia and M D Sacchi </​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_01.pdf | Simultaneous source separation via iterative robust de-noising with low-rank Hankel constraint }}</​WRAP>​+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_01.pdf | Simultaneous source separation via iterative robust de-noising with low-rank Hankel constraint }}\\ 
 +Matlab Package: {{:​sponsorsandstudents:​deblending_Robust_SSA.zip | deblending_Robust_SSA.zip}}
  
-<fc #008000>SAIG21-2 (2020) Yi Guo </​fc>​\\+ 
 +</​WRAP>​ 
 + 
 +<fc #008000>SAIG 21-2 (2020) Yi Guo </​fc>​\\
 <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_02.pdf | Data-driven optimal sparse seismic acquisition design and reconstruction }}</​WRAP>​ <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_02.pdf | Data-driven optimal sparse seismic acquisition design and reconstruction }}</​WRAP>​
  
-<fc #008000>SAIG21-3 (2020) Yi Guo </​fc>​\\+<fc #008000>SAIG 21-3 (2020) Yi Guo </​fc>​\\
 <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_03.pdf |Time-lapse acquisition design via optimal receiver-source placement and reconstruction }}</​WRAP>​ <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_03.pdf |Time-lapse acquisition design via optimal receiver-source placement and reconstruction }}</​WRAP>​
  
  
  
-<fc #008000>SAIG21-4 (2020) Fernanda Carozzi </​fc>​\\ +<fc #008000>SAIG 21-4 (2020) Fernanda Carozzi </​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_04.pdf |Robust reconstruction via a generalized loss function }}</​WRAP>​+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_04.pdf |Robust reconstruction via a generalized loss function }}\\ 
 +Julia package {{sponsorsandstudents:​Robust_Reconstruction_GLF.zip| Robust_Reconstrtuction_GLF.zip}} 
 +</​WRAP>​
  
-<fc #008000>SAIG21-5 (2020) Ji Li and M D sacchi </​fc>​\\ +<fc #008000>SAIG 21-5 (2020) Ji Li and M D sacchi </​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_05.pdf |Deblending via Fast Robust Greedy Pursuit }}</​WRAP>​+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_05.pdf |Deblending via Fast Robust Greedy Pursuit }}\\ 
 +Matlab package {{sponsorsandstudents:​Robust_MP.zip| Robust_MP.zip}} 
 +</​WRAP>​
  
-<fc #008000>SAIG21-6 (2020) Breno Bahia, Rongzhi Lin and M D Sacchi</​fc>​\\ +<fc #008000>SAIG 21-6 (2020) Breno Bahia, Rongzhi Lin and M D Sacchi</​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_06.pdf |Regularization by Denoising for simultaneous source separation }}</​WRAP>​+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_06.pdf |Regularization by Denoising for simultaneous source separation }} 
 +\\ 
 +Julia package {{sponsorsandstudents:​RED_Deblending.zip| RED_Deblending.zio}} 
 +</​WRAP>​
  
-<fc #008000>SAIG21-7 (2020) Breno Bahia and M D Sacchi</​fc>​\\+<fc #008000>SAIG 21-7 (2020) Breno Bahia and M D Sacchi</​fc>​\\
 <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_07.pdf |Cayley-Dickson representation of surface waves <WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_07.pdf |Cayley-Dickson representation of surface waves
  ​}}</​WRAP>​  ​}}</​WRAP>​
  
-<fc #008000>SAIG21-8 (2020) Breno Bahia and M D Sacchi</​fc>​\\ +<fc #008000>SAIG 21-8 (2020) Breno Bahia and M D Sacchi</​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_08.pdf |From low rank matrices to sparse vectors in the presence of atypical observations+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_08.pdf |From low-rank matrices to sparse vectors in the presence of atypical observations
  ​}}</​WRAP>​  ​}}</​WRAP>​
  
  
-<fc #008000>SAIG21-9 (2020) Kristian D. T. Bautista and Mauricio Sacchi</​fc>​\\ +<fc #008000>SAIG 21-9 (2020) Kristian D. T. Bautista and Mauricio Sacchi</​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_09.pdf |Deep-LSRTM:​ Solving least-squares reverse time migra- tion with learned updating operators+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_09.pdf |Deep-LSRTM:​ Solving least-squares reverse time migration ​with learned updating operators
 }}</​WRAP>​ }}</​WRAP>​
  
  
  
-<fc #008000>SAIG21-10 (2020) Amsalu Anagaw and Mauricio Sacchi</​fc>​\\ +<fc #008000>SAIG 21-10 (2020) Amsalu Anagaw and Mauricio Sacchi</​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_19.pdf |Regularization by Denoising (RED) with adaptive-weighted Total Variation for 3D FWI model updates in large- contrast media+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_10.pdf |Regularization by Denoising (RED) with adaptive-weighted Total Variation for 3D FWI model updates in large-contrast media
 }}</​WRAP>​ }}</​WRAP>​
  
  
-<fc #008000>SAIG21-11 (2020) Jhonatan Amado</​fc>​\\ +<fc #008000>SAIG 21-11 (2020) Jhonatan Amado</​fc>​\\ 
-<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_19.pdf |Three-dimensional time-domain finite-difference modelling for viscoelastic seismic wave propagation.+<WRAP indent>​{{:​sponsorsandstudents:​saig21r:​chap_11.pdf |Three-dimensional time-domain finite-difference modelling for viscoelastic seismic wave propagation.
 }}</​WRAP>​ }}</​WRAP>​
  
publications/annualreports/saig_21.txt · Last modified: 2022/01/24 05:41 by msacchi