Fractional Calculus| Predator prey model| Differential equations| MATLAB code

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This lecture belongs to the field of Fractional Calculus. In this lecture, a MATLAB code of the Fractional Forward Euler's Method (Explicit version of the method) for Solving Fractional-Order System is discussed. One can simulate a given fractional-order system defined with the Caputo differential operator with different fractional orders for each governing equation.
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Thank you for your video i have a question, are you working on inverse problems for PDEs ?

nouniyat
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very nice, can you please make a video on solution of fractional order differential equation by rk-4 method

saidanwarshah
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Immensely grateful to you. If possible make a video tutorial for a system of the non-linear differential equations (epidemic model) in the sense of Caputo, Fractal, and ABC fractional-order derivative via the Adams-Bashforth-Moulton algorithm. Same for non-linear 1st order IVP. On top of that make a video of the 3D surface figure to show the peak of the epidemic with respect to fractional order and time. Thanks in advance.

sharifmathacademy
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Very helpful video...
Can you please make a video on two parametric bifurcation diagrams code or Lyapunov Fractal Diagram code of any system of fractional differential model?
The similar results are give in the following paper:
Fear induced multistability in a predator-prey model ( International Journal of Bifurcation and Chaos). DOI: 10.1142/S0218127421501509

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