neuromethods
Popular repositories Loading
-
fokker-planck-based-spike-rate-models
fokker-planck-based-spike-rate-models PublicRate model implementations for (adaptive) integrate-and-fire neurons based on the Fokker-Planck equation: (i) numerical (finite volume) solution of the full FP PDE, (ii) low-dim. ODE via spectral d…
-
inference-for-integrate-and-fire-models
inference-for-integrate-and-fire-models PublicAnalytical methods for efficient inference of integrate-and-fire circuit models from single-trial spike trains
-
phase-reduction-for-aEIF-neurons
phase-reduction-for-aEIF-neurons PublicImplementation to calculate phase response curves and interaction functions for oscillating adaptive exponential integrate-and-fire neurons.
MATLAB
-
extension-for-integrate-and-fire-models
extension-for-integrate-and-fire-models PublicForked from nigroup/IF_extension
Extension for integrate-and-fire neuron models to account for the effects of weak electric fields and input filtering caused by the dendrite: a Python implementation. The extension components were …
Jupyter Notebook
-
neural-firing-and-cardiac-cycle-duration
neural-firing-and-cardiac-cycle-duration PublicAnalysis methods for the relationship between spontaneous neural firing and cardiac cycle duration
MATLAB
-
two-compartment-models-and-weak-electric-fields
two-compartment-models-and-weak-electric-fields PublicAnalytical methods to study the spiking dynamics of (populations of) two-compartment model neurons in the presence/absence of an extracellular electric field
Python
Repositories
- inference-for-integrate-and-fire-models Public
Analytical methods for efficient inference of integrate-and-fire circuit models from single-trial spike trains
neuromethods/inference-for-integrate-and-fire-models’s past year of commit activity - extension-for-integrate-and-fire-models Public Forked from nigroup/IF_extension
Extension for integrate-and-fire neuron models to account for the effects of weak electric fields and input filtering caused by the dendrite: a Python implementation. The extension components were derived from a ball-and-stick model, see Aspart, Ladenbauer, Obermayer (2016).
neuromethods/extension-for-integrate-and-fire-models’s past year of commit activity - neural-firing-and-cardiac-cycle-duration Public
Analysis methods for the relationship between spontaneous neural firing and cardiac cycle duration
neuromethods/neural-firing-and-cardiac-cycle-duration’s past year of commit activity - two-compartment-models-and-weak-electric-fields Public
Analytical methods to study the spiking dynamics of (populations of) two-compartment model neurons in the presence/absence of an extracellular electric field
neuromethods/two-compartment-models-and-weak-electric-fields’s past year of commit activity - fokker-planck-based-spike-rate-models Public
Rate model implementations for (adaptive) integrate-and-fire neurons based on the Fokker-Planck equation: (i) numerical (finite volume) solution of the full FP PDE, (ii) low-dim. ODE via spectral decomposition of the FP operator, (iii) low-dim. ODE via a linear-nonlinear cascade semianalytically fit to the FP model.
neuromethods/fokker-planck-based-spike-rate-models’s past year of commit activity - phase-reduction-for-aEIF-neurons Public
Implementation to calculate phase response curves and interaction functions for oscillating adaptive exponential integrate-and-fire neurons.
neuromethods/phase-reduction-for-aEIF-neurons’s past year of commit activity
People
This organization has no public members. You must be a member to see who’s a part of this organization.
Top languages
Loading…
Most used topics
Loading…