AbstractConsider the differential equation (1) ẋ = f(x) in a Banach space and let x∗ be an equilibrium. The basic question treated is the following: if x∗ is asymptotically stable and if (2) xk + 1 = xk + hϑ(xk, h) is a one-step method, with fixed step size h, for integrating (1), then does the sequence xk converge to x∗? It is shown that uniform asymptotic stability of (1) implies stability of (2) and that exponential asymptotic stability of (1) implies asymptotic stability of (2)
The aim of this paper is to obtain new necessary and sufficient conditions for the uniform exponenti...
AbstractThe aim of this work is to obtain very general characterizations for uniform exponential sta...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
AbstractConsider the differential equation (1) ẋ = f(x) in a Banach space and let x∗ be an equilibri...
Using methods parallel to those of ordinary differential equations, stability of time-dependent diff...
Stability conditions for a class of functional differential equations are studied. The results show ...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
AbstractWe give an affirmative answer to a question formulated by Aulbach and Van Minh by showing th...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
The paper deals with the mappings of Banach space E given in a form of quasilinear difference equati...
AbstractA functional analytic method is used to prove a theorem which establishes the existence and ...
We consider the family of nonlinear difference equations: , , where for , , and the initia...
In the approximation and solution of both ordinary and partial differential equations by finite diff...
AbstractIn this paper we investigate four concepts of exponential stability for difference equations...
A necessary and sufficient condition is obtained for each difference equation in a family to be asym...
The aim of this paper is to obtain new necessary and sufficient conditions for the uniform exponenti...
AbstractThe aim of this work is to obtain very general characterizations for uniform exponential sta...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
AbstractConsider the differential equation (1) ẋ = f(x) in a Banach space and let x∗ be an equilibri...
Using methods parallel to those of ordinary differential equations, stability of time-dependent diff...
Stability conditions for a class of functional differential equations are studied. The results show ...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
AbstractWe give an affirmative answer to a question formulated by Aulbach and Van Minh by showing th...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...
The paper deals with the mappings of Banach space E given in a form of quasilinear difference equati...
AbstractA functional analytic method is used to prove a theorem which establishes the existence and ...
We consider the family of nonlinear difference equations: , , where for , , and the initia...
In the approximation and solution of both ordinary and partial differential equations by finite diff...
AbstractIn this paper we investigate four concepts of exponential stability for difference equations...
A necessary and sufficient condition is obtained for each difference equation in a family to be asym...
The aim of this paper is to obtain new necessary and sufficient conditions for the uniform exponenti...
AbstractThe aim of this work is to obtain very general characterizations for uniform exponential sta...
summary:The paper concerns the solution of partial differential equations of evolution type by the f...