gkaguirre lab
gkaguirrelab
gkaguirre lab at the University of Pennsylvania
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An anatomically accurate, ray-traced model eye in MATLAB.
Determine pupil size and gaze location in IR video of the eye
Software for the generation de Bruijn sequences for neuroscience experiments
Preregistration documents for the GKAguirre Lab
Analysis code and Flywheel gear files for TOME fixel-based diffusion analysis
Repositories
73Analysis of GKALab light logger recordings
Experiments that make use of the CombiAir and CombiLED toolboxes
Toolbox for the Prizmatix CombiLED light engine
No description provided.
Arduino code and API to control active air puff device created by Vincent Lau
Determine pupil size and gaze location in IR video of the eye
An anatomically accurate, ray-traced model eye in MATLAB.
Tools to support the further processing of retina segmentations produced by OCT explorer
Preregistration documents for the GKAguirre Lab
Analysis code for the Penn Online Evaluation of Migraine (POEM)
analysis code for pupil tracking data from the OLApproach_Squint project
Software for the generation de Bruijn sequences for neuroscience experiments
Analysis of blink response data using the BlinkCNS device
Flicker for WASTE and vasomotion studies
Code to assemble gears for use on the Flywheel platform
Analysis code and Flywheel gear files for TOME fixel-based diffusion analysis
Analysis of Kaiser light sensitivity data
No description provided.
Analysis code for 7T data with blocked post-receptoral direction and flicker frequency stimulation
A digital atlas of the canine brain
Routines to support the analysis of structural and functional MRI data in the Flywheel environment
Routines to extract retinal layer thickness values from Heidelberg OCT studies and to relate these measures to MRI/fMRI studies.
Starting repo for the analysis of the trigeminal sensitivity blink data
Wrapper and validation code to support compilation of the forwardModel function
Python code and fw gear folders for MRI volume to surface mapping
Motion energy analysis of the PIXAR clips used in the connectome project
A model of the temporal sensitivity of classes of retinal ganglion cells
Analysis code for all projects under the LDOG protocol
Analysis of pupillometric data
analysis code for processed eye and pupil tracking data from the University of Pennsylvania HCLV Connectome project