Wallace:fMRI: Difference between revisions
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== Experiment Design == | |||
=== Creating Code === | |||
When creating a stimulus array for a rapid event-related fMRI experiment, you'll need to pseudo-randomize the stimulus order in a way that is compatible for deconvolution analysis. The best way to do this is a program called optseq2. | |||
== Data Analysis == | |||
=== Getting raw data from the scanner === | |||
After a scan you will need to get the data from the scanner to our server. | |||
=== AFNI === | |||
[http://afni.nimh.nih.gov/afni/ AFNI] is a software package for processing, analyzing, and displaying fMRI data. It is freely available from the NIH. | |||
Revision as of 08:34, 30 January 2014
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Wallace Lab
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Experiment DesignCreating CodeWhen creating a stimulus array for a rapid event-related fMRI experiment, you'll need to pseudo-randomize the stimulus order in a way that is compatible for deconvolution analysis. The best way to do this is a program called optseq2. Data AnalysisGetting raw data from the scannerAfter a scan you will need to get the data from the scanner to our server. AFNIAFNI is a software package for processing, analyzing, and displaying fMRI data. It is freely available from the NIH. |
