In this article, the existence and uniqueness of mild solutions are investigated for Hilfer fractional evolution systems. Particularly, the approximate controllability is also investigated under some essential conditions by applying the sequence method. An example, as an application, is provided to demonstrate the obtained results
The exact controllability results for Hilfer fractional differential inclusions involving nonlocal i...
AbstractFractional differential equations have wide applications in science and engineering. In this...
In this manuscript, we investigate the controllability of two different kinds of Hilfer fractional d...
The aim of this study is to investigate the finite approximate controllability of certain Hilfer fra...
We discuss the finite-approximate controllability of Hilfer fractional evolution equations of Sobole...
In this paper, we study the approximate controllability for some impulsive fractional evolution hemi...
This paper presents a variational method for studying approximate controllability and infinite-dimen...
This paper focuses on the approximate controllability of Hilfer fractional neutral Volterra integro-...
By using fractional calculus and fixed point theorems, existence of mild solution for nonlinear Hilf...
© 2014, Qin et al.; licensee Springer.In this paper, under the assumption that the corresponding lin...
This paper addresses the controllability of a new class of Hilfer fractional non-autonomous evolut...
We discuss the approximate controllability of fractional evolution equations involving generalized R...
AbstractA class of dynamic control systems described by nonlinear fractional stochastic differential...
We study the existence of mild solutions and the approximate controllability concept for Sobolev typ...
The aim of this paper is to investigate the topological properties of mild solution sets for a contr...
The exact controllability results for Hilfer fractional differential inclusions involving nonlocal i...
AbstractFractional differential equations have wide applications in science and engineering. In this...
In this manuscript, we investigate the controllability of two different kinds of Hilfer fractional d...
The aim of this study is to investigate the finite approximate controllability of certain Hilfer fra...
We discuss the finite-approximate controllability of Hilfer fractional evolution equations of Sobole...
In this paper, we study the approximate controllability for some impulsive fractional evolution hemi...
This paper presents a variational method for studying approximate controllability and infinite-dimen...
This paper focuses on the approximate controllability of Hilfer fractional neutral Volterra integro-...
By using fractional calculus and fixed point theorems, existence of mild solution for nonlinear Hilf...
© 2014, Qin et al.; licensee Springer.In this paper, under the assumption that the corresponding lin...
This paper addresses the controllability of a new class of Hilfer fractional non-autonomous evolut...
We discuss the approximate controllability of fractional evolution equations involving generalized R...
AbstractA class of dynamic control systems described by nonlinear fractional stochastic differential...
We study the existence of mild solutions and the approximate controllability concept for Sobolev typ...
The aim of this paper is to investigate the topological properties of mild solution sets for a contr...
The exact controllability results for Hilfer fractional differential inclusions involving nonlocal i...
AbstractFractional differential equations have wide applications in science and engineering. In this...
In this manuscript, we investigate the controllability of two different kinds of Hilfer fractional d...
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