Add to ORKGThe aim of this paper is to generalize the classical theorems on averaging of differential equations. We focus on dynamic equations on time scales and prove both periodic and nonperiodic version of the averaging theorem, as well as a related theorem on the existence of periodic solutions
We study measure functional differential equations and clarify their relation to generalized ordinar...
We study measure functional differential equations and clarify their relation to generalized ordinar...
AbstractWe study measure functional differential equations and clarify their relation to generalized...
AbstractThe aim of this paper is to generalize the classical theorems on averaging of differential e...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
In this paper, we first present a notion of almost periodic functions on time scales and study their...
AbstractWe prove a periodic averaging theorem for generalized ordinary differential equations and sh...
AbstractIn this paper, we first present a notion of almost periodic functions on time scales and stu...
We prove averaging theorems for non-autonomous ordinary differential equations and retarded function...
We study measure functional differential equations and clarify their relation to generalized ordinar...
AbstractEmploying comparison of integrals on a fast time scale, we offer a new criterion and simple ...
AbstractIn this paper, we define the exponential dichotomy of linear dynamic equations on time scale...
A nonstandard approach to averaging theory for ordinary differential equations and functional differ...
We study measure functional differential equations and clarify their relation to generalized ordinar...
We study measure functional differential equations and clarify their relation to generalized ordinar...
AbstractWe study measure functional differential equations and clarify their relation to generalized...
AbstractThe aim of this paper is to generalize the classical theorems on averaging of differential e...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
We prove a periodic averaging theorem for generalized ordinary differential equations and show that ...
In this paper, we first present a notion of almost periodic functions on time scales and study their...
AbstractWe prove a periodic averaging theorem for generalized ordinary differential equations and sh...
AbstractIn this paper, we first present a notion of almost periodic functions on time scales and stu...
We prove averaging theorems for non-autonomous ordinary differential equations and retarded function...
We study measure functional differential equations and clarify their relation to generalized ordinar...
AbstractEmploying comparison of integrals on a fast time scale, we offer a new criterion and simple ...
AbstractIn this paper, we define the exponential dichotomy of linear dynamic equations on time scale...
A nonstandard approach to averaging theory for ordinary differential equations and functional differ...
We study measure functional differential equations and clarify their relation to generalized ordinar...
We study measure functional differential equations and clarify their relation to generalized ordinar...
AbstractWe study measure functional differential equations and clarify their relation to generalized...