---------------------------------------------------------------------------------- Physiological Models of Lateral Superior Olive Neurons -- Matlab Implementation ---------------------------------------------------------------------------------- %%% Versions %%% + Ver. 0.9 (Jun. 06, 2017): Initial release of the code on GitHub. + Ver. 1.0 (Dec. 28, 2017): Updated reference info. %%% Author %%% Go Ashida (University of Oldenburg) go.ashida@uni-oldenburg.de %%% Contents %%% LSOmodelCOC : Coincidence counting model LSOmodelEST : Exponential Stein model LSOmodelAST : Alpha Stein model LSOmodelPIF : Passive integrate-and-fire model LSOmodelAIF : Active integrate-and-fire model LSOmodelOWC : Original Wang-Colburn model LSOmodelAWC : Adjusted Wang-Colburn model PhaseLock : Code for generating phase-locked input sequences AlphaSynapse : Code for calculating synaptic input modeled as an alpha function testSynapticInput : Sample code for plotting simulated synaptic inputs of each model testStepCurrent : Sample code for plotting step current response of IF and WC models testMonaural : Sample code for plotting monaural rate-MTF and synch-MTF of each model testIPDcoding : Sample code for plotting binaural phase-tuning curve of each model testILDcoding : Sample code for plotting binaural intensity-tuning curve of each model + Notes: See each program file and the reference below for more detailed descriptions. %%% Reference %%% Ashida G, Tollin DJ, Kretzberg J (2017) "Physiological models of the lateral superior olive" PLoS Comput Biol 13(12): e1005903. https://doi.org/10.1371/journal.pcbi.1005903