We study measure functional differential equations and clarify their relation to generalized ordinary differential equations. We show that functional dynamic equations on time scales represent a special case of measure functional differential equations. For both types of equations, we obtain results on the existence and uniqueness of solutions, continuous dependence, and periodic averaging.FAPESP [2010/09139-3, 2010/12673-1]CNPq [304646/2008-3]CAPES [6829-10-4]Czech Ministry of Education [MSM 0021620839
Abstract. Results developed for the EulerCauchy dynamic equation are extended to a more general clas...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...
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...
AbstractWe study measure functional differential equations and clarify their relation to generalized...
This book is devoted to the qualitative theory of functional dynamic equations on time scales, provi...
O objetivo deste trabalho é investigar e desenvolver a teoria de equações dinâmicas funcionais impul...
O objetivo deste trabalho é investigar e desenvolver a teoria de equações dinâmicas funcionais impul...
AbstractThe aim of this paper is to show that dynamic equations on time scales can be treated in the...
We present a result on the averaging for functional differential equations on finite time intervals....
We present a result on the averaging for functional differential equations on finite time intervals....
AbstractThe aim of this paper is to generalize the classical theorems on averaging of differential e...
The aim of this paper is to generalize the classical theorems on averaging of differential equations...
Abstract. Results developed for the EulerCauchy dynamic equation are extended to a more general clas...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...
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...
AbstractWe study measure functional differential equations and clarify their relation to generalized...
This book is devoted to the qualitative theory of functional dynamic equations on time scales, provi...
O objetivo deste trabalho é investigar e desenvolver a teoria de equações dinâmicas funcionais impul...
O objetivo deste trabalho é investigar e desenvolver a teoria de equações dinâmicas funcionais impul...
AbstractThe aim of this paper is to show that dynamic equations on time scales can be treated in the...
We present a result on the averaging for functional differential equations on finite time intervals....
We present a result on the averaging for functional differential equations on finite time intervals....
AbstractThe aim of this paper is to generalize the classical theorems on averaging of differential e...
The aim of this paper is to generalize the classical theorems on averaging of differential equations...
Abstract. Results developed for the EulerCauchy dynamic equation are extended to a more general clas...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...
AbstractIn this paper, we improve on classical averaging theorems for functional differential equati...