Analytical and numerical investigations, data-driven modeling via an analytical-machine learning approach, and chaotic analysis of a nonlinear fractional soliton neuron model. [PDF]
Amin MR, Akter R, Helal KM, Ullah MS.
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Hybrid expansion methods for fractional non-linear mathematical systems with Erdelyi-Kober derivative operators in theory of tsunami wave modeling. [PDF]
Damag FH +5 more
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Analytical technique and diverse chaos-identifying tools for the time fractional symmetric regularized long wave equation. [PDF]
Ullah MS, Hasan MM, Mahbub MA.
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Fractional-order analysis and optimal control of the NERA model: stability, sensitivity, and numerical validation. [PDF]
Pandey A, Ghosh S.
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Improved quasi-invariance result for the periodic Benjamin-Ono-BBM equation. [PDF]
Forlano J.
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Recently, general fractional calculus was introduced by Kochubei (2011) and Luchko (2021) as a further generalisation of fractional calculus, where the derivative and integral operator admits arbitrary kernel. Such a formalism will have many applications
Rozza, Gianluigi, Mehta, Pavan Pranjivan
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Hopf Bifurcation in an Incommensurate Caputo Fractional-Order Computer Virus Epidemic Model with Multiple Time Delays. [PDF]
Zhong A, Wang C.
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Propagation of solitary waves for hydrodynamical nonlinear complex model in a fractional derivative setting. [PDF]
Bilal M +6 more
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Hyperspectral Estimation of Layer-Specific Leaf Nitrogen Content in Potato Canopy by Integrating Fractional-Order Derivatives and Three-Band Spectral Indices. [PDF]
Jin M +9 more
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Generalization of Bandlimited Functions and Applications to Quantum Probability Distributions. [PDF]
Cohen L.
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