Computational Neuroscience Assignment-3

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BT6270: Computational Neuroscience
The details of Assignment-3 are given below

Assignment description:
SCalculate the coupling coefficients (w12 and w21) required to achieve a given phase difference in the between the oscillators. Two types of coupling are to be considered –
Complex coupling

The phase differences to be achieved are – 47⁰ and 98⁰. Consider ω1 = ω2 = 5.

Power coupling.
The normalized phase differences to be achieved are – 47⁰ and 98⁰.  Consider ω1 = 5 and ω2 = 15
Hopf oscillator equations are given as follows,
x ̇= -y+ μx(1-x^2-y^2)
y ̇= -x+ μy(1-x^2-y^2)
In polar coordinates, the equations become,
x=r cos⁡θ,y=r sin⁡θ
r ̇= μr(1-r^2)
θ ̇= 1
Plot the response of the oscillators over time for all the cases. Kindly attach the codes used along with any helper modules or functions used to run the code, along with a report containing a summary of your findings, and/or calculations along with the necessary plots. The code can be either in MATLAB or Python.
General Instructions:
Please email the TAs the completed assignment (zip or rar file named <ROLLNO> with the subject: “ BT6270: Assignment – 3”. The email IDs of the Tas are given below,


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