Foundations of general fractional analysis for banach space valued functions
Abstract
Here we present a general fractional analysis theory for Banach space valued functions of real domain. A series of general Taylor formulae with Bochner integral remainder is presented. We discuss the continuity of general Riemann-Liouville Bochner fractional integrals and we prove their semigroup property. Then we introduce the right and left generalized Banach space valued fractional derivatives and we establish the corresponding fractional Taylor formulae with Bochner integral remainders. Furthermore we study the iterated generalized left and right fractional derivatives and we establish Taylor formulae for the case, and we find interesting Bochner integral representation formulae for them. We study the differentiation of the left and right Riemann-Liouville fractional Bochner integrals. At the end we give Ostrowski type inequalities on this general setting, plus other interesting applications. It follows [5].
Publication Title
Studies in Computational Intelligence
Recommended Citation
Anastassiou, G. (2018). Foundations of general fractional analysis for banach space valued functions. Studies in Computational Intelligence, 734, 87-145. https://doi.org/10.1007/978-3-319-66936-6_4
