# MATH 680:
Introduction to Computational Neuroscience

#### Instructor: Georgi Medvedev

#### Office hours: TBA

#### Office: 265 Korman Center

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The course web page from the last year is
here.

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Lecture 1: The Hodgkin-Huxley model.

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Lecture notes.

Matlab codes:

HH_function.m.
Use this function to numerically integrate the HH model
in Matlab (e.g., using ode15s).

HH_stimulate.m was used for the numerical experiment
shown in Figure 3 (see lecture notes).

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Lecture 2: The reduced HH model.

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Lecture 3: Elements from the theory for ODEs.

Homework 3.

freqI.m: computes the frequency-current curve for the I_NaP+I_K
model with high threshold I_K (type 1 model)

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MATLAB Primer
by Kermit Sigmon