ElhumS

Postdoctoral Researcher

University of California, San Francisco

Pinned Repositories

Controlling-for-IEDs
1) Create regressors for interictal epileptiform discharges for fMRI design matrix 2) Regress out the effects of epileptic activity from fMRI images
Language:R00
fMRI-Connectivity
Perform both Seed-to-Voxel and ROI-ROI Connectivity Analysis in R
Language:R2 1 00
Intrinsic_Ignition
Based on the paper entitled 'Intrinsic ignition determines the spread of focal epileptic activity and predicts surgical outcome'
Language:Matlab00
Smooth-FIR-Deconvolution
Using the smooth Finite Impulse Response (sFIR) Deconvolution Technique on fMRI data to extract the Haemodynamic Response Function (HRF)
Language:MATLAB00

ElhumS/fMRI-Connectivity
Perform both Seed-to-Voxel and ROI-ROI Connectivity Analysis in R
Language:R2 1 00
ElhumS/Controlling-for-IEDs
1) Create regressors for interictal epileptiform discharges for fMRI design matrix 2) Regress out the effects of epileptic activity from fMRI images
Language:R00
ElhumS/Intrinsic_Ignition
Based on the paper entitled 'Intrinsic ignition determines the spread of focal epileptic activity and predicts surgical outcome'
Language:Matlab00
ElhumS/Smooth-FIR-Deconvolution
Using the smooth Finite Impulse Response (sFIR) Deconvolution Technique on fMRI data to extract the Haemodynamic Response Function (HRF)
Language:MATLAB00