In this work, we present sufficient conditions in order to establish different types of Ulam stabilities for a class of higher order integro-differential equations. In particular, we consider a new kind of stability, the σ-semi-Hyers-Ulam stability, which is in some sense between the Hyers–Ulam and the Hyers–Ulam–Rassias stabilities. These new sufficient conditions result from the application of the Banach Fixed Point Theorem, and by applying a specific generalization of the Bielecki metric
We analyse different kinds of stabilities for classes of nonlinear integral equations of Fredholm an...
In this study, we pay attention to a functional differential equation (FDE) of first order including...
Abstract. Using a fixed point method, the Hyers-Ulam-Rassias stability will be proved for the differ...
In this work, we present sufficient conditions in order to establish different types of Ulam stabili...
In this work, we present sufficient conditions in order to establish different types of Ulam stabili...
We study different kinds of stabilities for a class of very general nonlinear integro-differential e...
This work is devoted to analyse different kinds of stabilities for higher order integro-differential...
We analyse different kinds of stabilities for a class of very general nonlinear integro-differential...
Abstract. In this paper we present four types of Ulam stability for ordinary differential equations:...
The purpose of this work is to study different kinds of stability for a class of integral equations ...
In this work we study the Ulam-Hyers stability of a differential equation. Its proof is based on the...
We present a survey of some selected recent developments (results and methods) in the theory of Ulam...
We analyse different kinds of stabilities for classes of nonlinear integral equations of Fredholm an...
We obtain a result on Ulam stability for a linear differential equation in Banach spaces. As applica...
AbstractWe prove the Hyers-Ulam stability of linear differential equations of first order,(t)y′(t) =...
We analyse different kinds of stabilities for classes of nonlinear integral equations of Fredholm an...
In this study, we pay attention to a functional differential equation (FDE) of first order including...
Abstract. Using a fixed point method, the Hyers-Ulam-Rassias stability will be proved for the differ...
In this work, we present sufficient conditions in order to establish different types of Ulam stabili...
In this work, we present sufficient conditions in order to establish different types of Ulam stabili...
We study different kinds of stabilities for a class of very general nonlinear integro-differential e...
This work is devoted to analyse different kinds of stabilities for higher order integro-differential...
We analyse different kinds of stabilities for a class of very general nonlinear integro-differential...
Abstract. In this paper we present four types of Ulam stability for ordinary differential equations:...
The purpose of this work is to study different kinds of stability for a class of integral equations ...
In this work we study the Ulam-Hyers stability of a differential equation. Its proof is based on the...
We present a survey of some selected recent developments (results and methods) in the theory of Ulam...
We analyse different kinds of stabilities for classes of nonlinear integral equations of Fredholm an...
We obtain a result on Ulam stability for a linear differential equation in Banach spaces. As applica...
AbstractWe prove the Hyers-Ulam stability of linear differential equations of first order,(t)y′(t) =...
We analyse different kinds of stabilities for classes of nonlinear integral equations of Fredholm an...
In this study, we pay attention to a functional differential equation (FDE) of first order including...
Abstract. Using a fixed point method, the Hyers-Ulam-Rassias stability will be proved for the differ...