This paper gives the definition and analysis of Abel dynamic equations on a general time scale. As such, the results contain as special cases results for classical Abel differential equations and results for new Abel difference equations. By using appropriate transformations, expressions of Abel dynamic equations of second kind are derived on the general time scale. This also leads to a specific class of Abel dynamic equations of first kind. Finally, the canonical Abel dynamic equation is defined and examined
24. yy′x = y + f (x). Abel equation (Abel differential equation) of the second kind in the canonical...
The aim is to perform symmetrical investigation of the second kind Abel equations with application o...
We study the number of periodic solutions of linear, Riccati and Abel dynamic equations in the time ...
This paper gives the definition and analysis of Abel dynamic equations on a general time scale. As s...
In this work, we study Abel dynamic equations of the first and the second kind. After a brief introd...
We study the number of periodic solutions of linear, Riccati and Abel dynamic equations in the time ...
We consider first and second order linear dynamic equations on a time scale. Such equations contain ...
Abstract. We consider first and second order linear dynamic equa-tions on a time scale. Such equatio...
The study of dynamic equations on time scales, which goes back to its founder Stefan Hilger (1988), ...
The theory of dynamic equations on time scales provides an important bridge between the fields of di...
Abstract. We discuss a number of recent results for second order linear and nonlinear dynamic equati...
AbstractIn this paper, we define the exponential dichotomy of linear dynamic equations on time scale...
summary:In the first part of this paper we establish the theory of rapid variation on time scales, w...
AbstractThe aim of this paper is to show that dynamic equations on time scales can be treated in the...
This book is devoted to the qualitative theory of functional dynamic equations on time scales, provi...
24. yy′x = y + f (x). Abel equation (Abel differential equation) of the second kind in the canonical...
The aim is to perform symmetrical investigation of the second kind Abel equations with application o...
We study the number of periodic solutions of linear, Riccati and Abel dynamic equations in the time ...
This paper gives the definition and analysis of Abel dynamic equations on a general time scale. As s...
In this work, we study Abel dynamic equations of the first and the second kind. After a brief introd...
We study the number of periodic solutions of linear, Riccati and Abel dynamic equations in the time ...
We consider first and second order linear dynamic equations on a time scale. Such equations contain ...
Abstract. We consider first and second order linear dynamic equa-tions on a time scale. Such equatio...
The study of dynamic equations on time scales, which goes back to its founder Stefan Hilger (1988), ...
The theory of dynamic equations on time scales provides an important bridge between the fields of di...
Abstract. We discuss a number of recent results for second order linear and nonlinear dynamic equati...
AbstractIn this paper, we define the exponential dichotomy of linear dynamic equations on time scale...
summary:In the first part of this paper we establish the theory of rapid variation on time scales, w...
AbstractThe aim of this paper is to show that dynamic equations on time scales can be treated in the...
This book is devoted to the qualitative theory of functional dynamic equations on time scales, provi...
24. yy′x = y + f (x). Abel equation (Abel differential equation) of the second kind in the canonical...
The aim is to perform symmetrical investigation of the second kind Abel equations with application o...
We study the number of periodic solutions of linear, Riccati and Abel dynamic equations in the time ...