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STNMFanalysis
STNMFanalysis PublicCode for neuronal subunit analysis with spike-triggered non-negative matrix factorization
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ExtractEyeFixationsForNaturalStimuli
ExtractEyeFixationsForNaturalStimuli PublicExtract and format fixations from eye tracking data
Python 2
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STNMF_with_AFHALS
STNMF_with_AFHALS PublicA fast and versatile implementation of spike-triggered non-negative matrix factorization (STNMF) based on accelerated/fast HALS algorithms
Python 2
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AnalysisForDSPopulationCodes
AnalysisForDSPopulationCodes PublicAnalysis methods for populations of direction-selective ganglion cells. Accompanying a manuscript by Kühn and Gollisch.
MATLAB 1
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GGNB-python-course
GGNB-python-course PublicGGNB Short Method Course "Spike-train analysis with Python" in the Gollisch Lab
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phy-MEA
phy-MEA PublicForked from cortex-lab/phy
Phy (older version) stable for MEA recordings at the cost of lacking the latest features
Python 1
Repositories
- GGNB-python-course Public
GGNB Short Method Course "Spike-train analysis with Python" in the Gollisch Lab
gollischlab/GGNB-python-course’s past year of commit activity - phy_plugins Public Forked from ycanerol/phy_plugins
Plugins for the manual spike sorting program phy
gollischlab/phy_plugins’s past year of commit activity - SpatiotemporalSCModel Public
Code for fitting and evaluating spatiotemporal spatial contrast models for retinal ganglion cell responses to artificial and natural movies
gollischlab/SpatiotemporalSCModel’s past year of commit activity - STNMF_with_AFHALS Public
A fast and versatile implementation of spike-triggered non-negative matrix factorization (STNMF) based on accelerated/fast HALS algorithms
gollischlab/STNMF_with_AFHALS’s past year of commit activity - Super-Resolved_Tomographic_Reconstruction Public
Simulations of subunit models of retinal ganglion cells and reconstruction of their subunits with super-resolved tomographic reconstruction (STR).
gollischlab/Super-Resolved_Tomographic_Reconstruction’s past year of commit activity - ConvertDatMEA Public
Extract channels from multielectrode array (MEA) recordings. Can convert from MSRD or MCD files to a binary format.
gollischlab/ConvertDatMEA’s past year of commit activity - RecreateWhiteNoiseStimuliWithPython Public
Code for regenerating the random-number-based contrast values used for white-noise stimulation in the Gollisch Lab. Used for both temporal and spatiotemporal stimuli.
gollischlab/RecreateWhiteNoiseStimuliWithPython’s past year of commit activity - Subunits_with_Superresolution_Tomography Public
Simulations of subunit model of a retinal ganglion cell in response to Mexican-hat-like bar stimuli and reconstruction of subunit layout via inverse Radon transform.
gollischlab/Subunits_with_Superresolution_Tomography’s past year of commit activity - phy-MEA Public Forked from cortex-lab/phy
Phy (older version) stable for MEA recordings at the cost of lacking the latest features
gollischlab/phy-MEA’s past year of commit activity
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