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A Finite Volume Method for Stochastic Integrate and Fire Models
 

Summary: A Finite Volume Method for Stochastic Integrate
and Fire Models
DOCUMENTATION
1
CONTENTS
1. Overview of the Code
2. Installing the software
3. Calculating the Joint Probability Density
4. Visualizing the Results
5. Computing the Flux across the boundaries
6. Time dependent parameters
7. Calculating the Cross Intensity Function
8. Examples
2
1 Overview of the Code
Given two LIF neurons,V and W governed by the following Langevin
equations :
V = f (V, W) + IV (t) ; IV (t) = ÁV +

1 - cV (t) +

  

Source: Azevedo, Ricardo - Department of Biology and Biochemistry, University of Houston

 

Collections: Biology and Medicine; Environmental Sciences and Ecology