ON A COMBINATION OF FRACTIONAL DIFFERENTIAL AND INTEGRAL OPERATORS ASSOCIATED WITH A CLASS OF NORMALIZED FUNCTIONS

On a combination of fractional differential and integral operators associated with a class of normalized functions

On a combination of fractional differential and integral operators associated with a class of normalized functions

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Recently, the combined fractional operator (CFO) is introduced and discussed in Baleanu et al.[1] in real domain.In this paper, we extend CFO to the complex domain and study its geometric properties in some normalized Marvel, Star Wars and the Risk of Being a Hero: Social Responsibilities for Transmedia Storytellers in the Age of Collective Journey analytic functions including the starlike A Survey on Theories and Applications for Self-Driving Cars Based on Deep Learning Methods and convex functions.Moreover, we employ the complex CFO to modify a class of Briot-Bouquet differential equations in a complex region.

As a consequence, the upper solution is illustrated by using the concept of subordination inequality.

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