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'''Introduction'''<br>
'''Introduction'''<br>
Epilepsy analysis at the NIH is comprised of 3 components<br>
Epilepsy analysis at the NIH is comprised of 3 components<br>
1) Coregistration<br>
# Coregistration
## Add LPA, RPA, Nasion fiducials to the dataset
2) SAM analysis<br>
## MEG_do_02.sh
## Constrain orientation (beta power analysis)
### Opens Afni for the marking of the tags
### Runs orthohull to realign the MRI to be aligned along the LPA/RPA/Nasion axis
# SAM analysis
## Constrain orientation (beta power analysis)
## Search for excess kurtosis
## Search for excess kurtosis
## Mapping voxels with highest excess kurtosis
## Mapping voxels with highest excess kurtosis
## Creating 'virtual sensors' at the locations with excessive kurtosis
## Creating 'virtual sensors' at the locations with excessive kurtosis
## Reviewing the SAM virtual sensors along with the
# Reviewing the SAM virtual sensors along with the sensor timeseries
## Open the CTF dataset using the CTF DataEditor (may need to be run through the singularity container if dependencies have not been met on the os)
## Add SAM output (this will apply the sensor weights to create a virtual sensor time series)
## Determine if the regions with high kurtosis contain epileptiform activity



'''Software Requirements'''
SAMscrV*
MEG_do_0*.sh - These commands must be launched from the scripts dir as the commands use the pwd command to structure the processing paths and determine the location of the patient data


'''Issues with installation'''
'''Issues with installation'''
At the top level of SAM software, the make command must be run.
The links to the compiled SAM binaries must

SAMsrcV3 - requires python 2.7
SAMsrcV5 - compiled for python 3.7+

Revision as of 10:29, 18 October 2019

Introduction
Epilepsy analysis at the NIH is comprised of 3 components

  1. Coregistration
    1. Add LPA, RPA, Nasion fiducials to the dataset
    2. MEG_do_02.sh
      1. Opens Afni for the marking of the tags
      2. Runs orthohull to realign the MRI to be aligned along the LPA/RPA/Nasion axis
  2. SAM analysis
    1. Constrain orientation (beta power analysis)
    2. Search for excess kurtosis
    3. Mapping voxels with highest excess kurtosis
    4. Creating 'virtual sensors' at the locations with excessive kurtosis
  3. Reviewing the SAM virtual sensors along with the sensor timeseries
    1. Open the CTF dataset using the CTF DataEditor (may need to be run through the singularity container if dependencies have not been met on the os)
    2. Add SAM output (this will apply the sensor weights to create a virtual sensor time series)
    3. Determine if the regions with high kurtosis contain epileptiform activity


Software Requirements SAMscrV* MEG_do_0*.sh - These commands must be launched from the scripts dir as the commands use the pwd command to structure the processing paths and determine the location of the patient data

Issues with installation At the top level of SAM software, the make command must be run. The links to the compiled SAM binaries must

SAMsrcV3 - requires python 2.7 SAMsrcV5 - compiled for python 3.7+