|
⇤ ← Revision 1 as of 2013-11-12 22:50:46
Size: 784
Comment:
|
Size: 826
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 2: | Line 2: |
| Line 8: | Line 7: |
| Line 15: | Line 13: |
| {{attachment:.png}} --- {{attachment:.png}} | {{attachment:compute_GLS.png}} --- {{attachment:compute_GLS_options.png}} |
| Line 17: | Line 15: |
| 1. Two results were added under the ERF: GLS and GLS-P. <<BR>><<BR>> {{attachment:.png}} |
1. Two results were added under the ERF: GLS and GLS-P. <<BR>><<BR>> {{attachment:tree_display_GLSP.png}} |
Single Dipole Scanning
This process allows for a systematic scanning of sources using performance measures to display single dipoles. For this tutorial we will use the Generalized Least Squares (GLS) source modeling available in Brainstorm.
Go to the protocol TutorialCTF.
Computing sources using the GLS
1. Right-click on Subject01 / Left /ERF > Compute sources.
1. In this window, you should select Expert Mode. You will see the following menu. Select [Test] Mosher GLS. Click OK and use the default settings of the next menu and click OK.
![[ATTACH]](/brainstorm/Tutorials/TutDipScan?action=AttachFile&do=upload_form&ticket=0067ea7925.aa11f59282dd9423b2f5915b790cfe003c42c9d0&target=compute_GLS.png "[ATTACH]"){kind=small}
--- ![[ATTACH]](/brainstorm/Tutorials/TutDipScan?action=AttachFile&do=upload_form&ticket=0067ea7925.aa11f59282dd9423b2f5915b790cfe003c42c9d0&target=compute_GLS_options.png "[ATTACH]"){kind=small}
1. Two results were added under the ERF: GLS and GLS-P.
![[ATTACH]](/brainstorm/Tutorials/TutDipScan?action=AttachFile&do=upload_form&ticket=0067ea7925.aa11f59282dd9423b2f5915b790cfe003c42c9d0&target=tree_display_GLSP.png "[ATTACH]"){kind=small}