On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces

This paper is devoted to the study of abstract time-fractional equations of the following form: Dtαnu(t)+∑i=1n−1AiDtαiu(t)=ADtαu(t)+f(t), t>0, u(k)(0)=uk, k=0,...,⌈αn⌉−1, where n∈ℕ∖{1}, A and A1,...,An−1 are closed linear operators on a sequentially complete locally convex space E,0≤α1<⋯<αn...

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Main Authors: Marko Kostić, Cheng-Gang Li, Miao Li
Format: Article
Language:English
Published: Wiley 2012-01-01
Series:Abstract and Applied Analysis
Online Access:http://dx.doi.org/10.1155/2012/131652
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author Marko Kostić
Cheng-Gang Li
Miao Li
author_facet Marko Kostić
Cheng-Gang Li
Miao Li
author_sort Marko Kostić
collection DOAJ
description This paper is devoted to the study of abstract time-fractional equations of the following form: Dtαnu(t)+∑i=1n−1AiDtαiu(t)=ADtαu(t)+f(t), t>0, u(k)(0)=uk, k=0,...,⌈αn⌉−1, where n∈ℕ∖{1}, A and A1,...,An−1 are closed linear operators on a sequentially complete locally convex space E,0≤α1<⋯<αn, 0≤α<αn, f(t) is an E-valued function, and Dtα denotes the Caputo fractional derivative of order α (Bazhlekova (2001)). We introduce and systematically analyze various classes of k-regularized (C1,C2)-existence and uniqueness (propagation) families, continuing in such a way the researches raised in (de Laubenfels (1999, 1991), Kostić (Preprint), and Xiao and Liang (2003, 2002). The obtained results are illustrated with several examples.
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spelling doaj-art-20edbfdff3bd420ca584e8bb63b138c82025-02-03T06:00:59ZengWileyAbstract and Applied Analysis1085-33751687-04092012-01-01201210.1155/2012/131652131652On a Class of Abstract Time-Fractional Equations on Locally Convex SpacesMarko Kostić0Cheng-Gang Li1Miao Li2Faculty of Technical Sciences, University of Novi Sad, Trg D. Obradovića 6, 21125 Novi Sad, SerbiaDepartment of Mathematics, Sichuan University, Chengdu 610064, ChinaDepartment of Mathematics, Sichuan University, Chengdu 610064, ChinaThis paper is devoted to the study of abstract time-fractional equations of the following form: Dtαnu(t)+∑i=1n−1AiDtαiu(t)=ADtαu(t)+f(t), t>0, u(k)(0)=uk, k=0,...,⌈αn⌉−1, where n∈ℕ∖{1}, A and A1,...,An−1 are closed linear operators on a sequentially complete locally convex space E,0≤α1<⋯<αn, 0≤α<αn, f(t) is an E-valued function, and Dtα denotes the Caputo fractional derivative of order α (Bazhlekova (2001)). We introduce and systematically analyze various classes of k-regularized (C1,C2)-existence and uniqueness (propagation) families, continuing in such a way the researches raised in (de Laubenfels (1999, 1991), Kostić (Preprint), and Xiao and Liang (2003, 2002). The obtained results are illustrated with several examples.http://dx.doi.org/10.1155/2012/131652
spellingShingle Marko Kostić
Cheng-Gang Li
Miao Li
On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
Abstract and Applied Analysis
title On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
title_full On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
title_fullStr On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
title_full_unstemmed On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
title_short On a Class of Abstract Time-Fractional Equations on Locally Convex Spaces
title_sort on a class of abstract time fractional equations on locally convex spaces
url http://dx.doi.org/10.1155/2012/131652
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AT chenggangli onaclassofabstracttimefractionalequationsonlocallyconvexspaces
AT miaoli onaclassofabstracttimefractionalequationsonlocallyconvexspaces