The Generalized Discrete Proportional Derivative and Its Applications
Résumé
The aim of this paper is to define the generalized discrete proportional derivative (GDPD) and illustrate the application of the Leibniz theorem, the binomial expansion, and Montmort's formulas in the context of the generalized discrete proportional case. Furthermore, we introduce the generalized discrete proportional Laplace transform and determine the GDPLT of various functions using the inverse operator. The results obtained are showcased through relevant examples and validated using MATLAB.
Mots clés
Pandurangan
R. Shanmugam
S. Rhaima
M. Ghoudi
H. The Generalized Discrete Proportional Derivative and Its fractional difference operator exact solution generalized polynomial factorial generalized discrete proportional Laplace transform numerical solution
R.
Shanmugam
S.
Rhaima
M.
Ghoudi
H. The Generalized Discrete Proportional Derivative and Its fractional difference operator
exact solution
generalized polynomial factorial
generalized discrete proportional Laplace transform
numerical solution
Domaines
Mathématiques [math]| Origine | Fichiers éditeurs autorisés sur une archive ouverte |
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