Update README.md

README.md

 # UFOs
 Development and Support for modelling VHFOs and UFOs in EEG related to focal epilepsy.
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+This repository contains the necessary code for the execution of simulations that are included in paper 
+TITLE: Weak coupling of neurons enables very high-frequency and ultra-fast oscillations through the interplay of synchronized phase-shifts. 
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+Each of these folders includes properly commented functions and executable scripts for Matlab. Specifically, 
+* DP (Destexhe–Paré model)
+	- script_DP_sim_01_collective_APS – transient collective anti-phase behavior in an all-to-all coupled neuronal network composed of 50 DP models;
+* IN (interneuron model)
+	- script_IN_sim_01_APS – anti-phase synchrony of two coupled IN models;
+	- script_IN_sim_02_collective_APS – collective anti-phase behavior in an all-to-all coupled neuronal network composed of 50 IN models;
+	- script_IN_sim_03_grid – grid simulation of a double dominant frequency in the summed composed signal of two coupled IN models;
+	- script_IN_sim_04_1400Hz – simulation of a 4-fold natural frequency in the summed composed signal of four coupled IN models;
+	- script_IN_sim_05_2000Hz – simulation of a 6-fold natural frequency in the summed composed signal of six coupled IN models;
+* ML (Morris–Lecar model)
+	- script_ML_sim_01_IPS_APS – in-phase and anti-phase synchrony of two ML models;
+	- script_ML_sim_02_collective_APS – collective anti-phase behavior in an all-to-all coupled neuronal network composed of 50 ML models;
+	- script_ML_sim_03_grid – grid simulation of a double dominant frequency in the summed composed signal of two coupled ML models. 
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+Matlab version: MATLAB2021a
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