|
Size: 9792
Comment:
|
Size: 11937
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 63: | Line 63: |
| <<HTML( )>>22. [[Tutorials/SourceEstimation|Source estimation]] <<HTML(<FONT color="#DDDDDD">)>>[28] <<HTML(</FONT>)>> [TODO] | <<HTML( )>>22. [[Tutorials/SourceEstimation|Source estimation]] <<HTML(<FONT color="#DDDDDD">)>>[28] <<HTML(</FONT>)>> '''[TODO]''' |
| Line 85: | Line 85: |
| * [[Tutorials/VisualSingle|MEG visual: single subject (Elekta)]] * [[Tutorials/VisualGroup|MEG visual: group study (Elekta)]] |
* [[Tutorials/Epileptogenicity|SEEG epileptogenicity maps]] * [[Tutorials/VisualSingle|MEG visual: single subject (Elekta/BIDS)]] * [[Tutorials/VisualGroup|MEG visual: group study (Elekta/BIDS)]] |
| Line 89: | Line 90: |
| * [[Tutorials/NIRSFingerTapping|NIRS finger tapping]] [TODO] <<HTML(</TD><TD>)>> |
<<HTML(</TD><TD>)>> * [[Tutorials/RestingOmega|MEG resting state & OMEGA database (CTF)]] * [[Tutorials/HCP-MEG|MEG Human Connectome Project (4D)]] |
| Line 94: | Line 96: |
| * [[Tutorials/Yokogawa|MEG median nerve (Yokogawa)]] [TODO] * [[Tutorials/MedianNerveCtf|MEG median nerve (CTF)]] [TODO] * [[Tutorials/Auditory|MEG auditory (CTF)]] [TODO] * [[Tutorials/Resting|MEG resting state / PAC (CTF)]] [TODO] |
* [[Tutorials/Yokogawa|MEG median nerve (Yokogawa)]] * [[Tutorials/MedianNerveCtf|MEG median nerve (CTF)]] * [[Tutorials/NIRSFingerTapping|NIRS finger tapping]] ''' [TODO]''' |
| Line 109: | Line 110: |
| * [[Tutorials/TutWarping|Warping the anatomy templates]] | |
| Line 110: | Line 112: |
| * [[Tutorials/TutWarping|Warping default anatomy]] | |
| Line 116: | Line 117: |
| * [[Tutorials/MontageEditor|Montage editor]] [TODO] * [[Tutorials/SSPCookbook|More SSP examples]] |
* [[Tutorials/MontageEditor|Montage editor]] * [[Tutorials/SSPCookbook|SSP cookbook]] |
| Line 119: | Line 120: |
| * [[http://neuroimage.usc.edu/brainstorm/Tutorials/TutRealtime|Real-time head-tracking]] | |
| Line 126: | Line 126: |
<<HTML(</TD><TD>)>> |
* [[Tutorials/Plotly|Export figures to Plotly]] '''Deprecated documentation''' * [[Tutorials/VisualSingleOrig|MEG visual: single subject (Elekta/Orig)]] * [[Tutorials/VisualGroupOrig|MEG visual: group study (Elekta/Orig)]] <<HTML(</TD><TD>)>> '''Source modeling''' * [[Tutorials/TutBem|Realistic head model: BEM with OpenMEEG]] * [[Tutorials/TutVolSource|Volume source estimation]] * [[http://neuroimage.usc.edu/brainstorm/Tutorials/DeepAtlas|Deep cerebral structures]] * [[Tutorials/TutDipScan|Dipoles: Scanning and displaying]] * [[Tutorials/DipoleFitting|Dipoles: FieldTrip dipole fitting]] * [[Tutorials/TutBEst|Maximum entropy on the mean (MEM)]] * [[Tutorials/Beamformers|Other beamforming methods]] |
| Line 131: | Line 148: |
| * [[Tutorials/TutUserProcess|How to write your own process]] [TODO] | * [[Tutorials/TutUserProcess|How to write your own process]] |
| Line 133: | Line 150: |
| * [[Tutorials/TutPac|Phase-amplitude coupling: Method]] * [[Tutorials/Resting|Phase-amplitude coupling: Example]] * [[Tutorials/PLS|Partial Least Squares (PLS)]] * [[Tutorials/Connectivity|Functional connectivity]] [TODO] |
|
| Line 134: | Line 155: |
| * [[Tutorials/TutPac|Phase-amplitude coupling]] * [[Tutorials/Connectivity|Functional connectivity]] [TODO] |
|
| Line 138: | Line 157: |
'''Source modeling''' * [[Tutorials/TutBem|BEM with OpenMEEG]] * [[Tutorials/TutVolSource|Volume source estimation]] * [[http://neuroimage.usc.edu/brainstorm/Tutorials/DeepAtlas|Deep cerebral structures]] [TODO] * [[Tutorials/TutDipScan|Dipoles: Scanning and importing]] [TODO] * [[Tutorials/DipoleFitting|Dipoles: FieldTrip dipole fitting]] * [[Tutorials/Beamformers|Beamforming methods]] [TODO] * [[Tutorials/TutBEst|Maximum entropy on the mean (MEM)]] <<HTML(</TD></TR><TR><TD colspan=2>)>> |
* [[ExportBids|Export MEG data files to BIDS format]] <<HTML(</TD></TR></TABLE>)>> == Invasive neurophysiology == Learn how to use Brainstorm for studying single & multiunit activity. <<HTML(<TABLE class="tuto-table"><TR><TD width=350>)>> '''Starting a new study''' * [[https://neuroimage.usc.edu/brainstorm/e-phys/Introduction|Importing RAW e-Phys data]] '''Spike Sorting''' * [[https://neuroimage.usc.edu/brainstorm/e-phys/SpikeSorting|Unsupervised spike-sorting]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/SpikeSorting#Supervised_Spike_Sorting|Supervised spike-sorting]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/SpikeSorting#Spike_sorting_outside_of_Brainstorm|Spike sorting outside of Brainstorm]] '''Converting Raw data to LFP''' * [[https://neuroimage.usc.edu/brainstorm/e-phys/RawToLFP|Without Bayesian Spike Removal]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/RawToLFP#Conversion_to_LFP_with_Bayesian_Spike_Removal|With Bayesian Spike Removal]] <<HTML(</TD><TD>)>> ''' e-Phys functions''' * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions|Tuning Curves]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Noise_Correlation|Noise Correlation]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Spike_Field_Coherence|Spike Field Coherence]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Raster_Plots|Raster Plots]] * [[https://neuroimage.usc.edu/brainstorm/e-phys/functions#Spike_triggered_Average|Spike Triggered Average]] ''' Converting to Brainstorm events''' * [[https://neuroimage.usc.edu/brainstorm/e-phys/ConvertToBrainstormEvents|Importing events from external spike-sorters]] |
| Line 154: | Line 198: |
| These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we engage you to read some background information, which will quickly help you getting up to speed with this field: * [[http://www.canada-meg-consortium.org/EN/MegIntro|Canada MEG consortium: Basics of MEG]]<<BR>>A non-technical overview of MEG and EEG, with an emphasis on source modeling. |
These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we encourage you to read some background information, which will quickly help you getting up to speed with this field: * [[http://rdcu.be/pydB|Nature Neuroscience review paper on MEG for Human Electrophysiology and Imaging]] (Baillet S, 2017) * [[https://www.mcw.edu/Magnetoencephalography-Program-MEG/About-MEG.htm|Introduction to MEG (Medical College of Wisconsin)]] <<BR>>A non-technical overview of MEG and EEG, with an emphasis on source modeling. |
| Line 164: | Line 209: |
| * Slides from a selection of educational courses: [[http://megcommunity.org/index.php?option=com_content&view=article&id=27&Itemid=13|megcommunity.org]] | * Slides from a selection of educational courses: [[http://megcommunity.org/education/teaching-slides|megcommunity.org]] |
Tutorials
These tutorial pages suppose you are comfortable with the basic concepts of MEG/EEG analysis and source imaging. If you're not, we encourage you to read some background literature.
To get a quick overview of the software interface, you can watch this introduction video.
If you are looking for the old tutorials, they are still available ?here.
Get started
The easiest way to get started with Brainstorm is to read and follow carefully these introduction tutorials. The number between brackets represents the number of printed pages for each tutorial. All in one page.
Some sections are still being edited or under review: Editing process.
| Starting a new study 1. Create a new protocol [9] 2. Import the subject anatomy [8] 3. Explore the anatomy [13] Reviewing 4. Channel file / MRI registration [11] 5. Continuous recordings [9] 6. Multiple windows [5] 7. Event markers [10] Pre-processing 8. Stimulation delays [9] 9. Select files / Run processes [11] 10. Power spectrum / Frequency filters [15] 11. Bad channels [6] 12. Artifact detection [8] 13. Artifact cleaning with SSP [16] 14. Additional bad segments [7] | Epoching and averaging 15. Import epochs [9] 16. Average response [7] 17. Visual exploration [10] 18. Colormaps [5] 19. Clusters of sensors [4] Source modeling 20. Head model [9] 21. Noise/data covariance [7] 22. Source estimation [28] [TODO] 23. Scouts [17] Advanced processing 24. Time-frequency [33] 25. Difference [13] 26. Statistics [30] 27. Workflows [10] 28. Scripting [31] |
Other analysis scenarios
Advanced tutorials
| Anatomy and registration Recordings Software Deprecated documentation | Source modeling Advanced processing
|
Invasive neurophysiology
Learn how to use Brainstorm for studying single & multiunit activity.
| Starting a new study Spike Sorting Converting Raw data to LFP | e-Phys functions Converting to Brainstorm events |
Background readings
These tutorial pages suppose you are comfortable with the basic concepts of MEG and EEG source imaging. If you're not, we encourage you to read some background information, which will quickly help you getting up to speed with this field:
Nature Neuroscience review paper on MEG for Human Electrophysiology and Imaging (Baillet S, 2017)
Introduction to MEG (Medical College of Wisconsin)
A non-technical overview of MEG and EEG, with an emphasis on source modeling.MEG: An Introduction to Methods
Editors: P Hansen, M Kringelbach, R Salmelin, Oxford University Press, 2010, 448 pages.The Oxford Handbook of Social Neuroscience
Editors: J Decety, JT Cacioppo, Oxford University Press, 2011, 1128 pages
A draft version of the MEG chapter by Sylvain Baillet can be found here.Good practice for conducting and reporting MEG research, Gross et al, Neuroimage, 2013.
Slides from a selection of educational courses: megcommunity.org
We can also come and organize a training session at your institution, or visit us at the MNI.
Now you are well equipped to go through the software tutorial, Enjoy!