Add to ORKGIn the present paper we develop a method for solving the problem of the asymptotic behavior of solutions of control systems governed by some classes of differential inclusions. More precisely, we define a generalized guiding function along a given function for differential inclusions with convex and non-convex right-hand sides and apply it to the study of the asymptotic behavior of their solutions. © 2017
This book offers a self-contained introduction to the theory of guiding functions methods, which can...
We derive partial dierential inclusions of hyperbolic type solutions of which are feedbacks governin...
In this thesis, the problem of controlling both transient and asymptotic behaviour of solutions of f...
In the present paper we develop a method for solving the problem of the asymptotic behavior of solut...
AbstractIn this paper, by extending the method of guiding functions, we give sufficient conditions f...
We treat a control problem given in terms of a differential inclusion x˙(t)∈E(t,x(t)) and develop ...
In many practical situations, the parameters of a control system are not known exactly. For this rea...
We present a technique for analysis of asymptotic stability for a class of differential inclusions. ...
The present paper is devoted to the study of some qualitative properties of solutions to random diff...
Optimal and boundary trajectories of nonsmooth, nonconvex control systems and differential inclusion...
In article the method of research of asymptotic behaviour for solutions of the nonautonomous systems...
Uncontrolled systems (x) over dot is an element of Ax, where A is a non-empty compact set of matrice...
In this paper, we study the dynamics of a differential inclusion built upon a nonsmooth, not necessa...
International audienceThe existence of a control Lyapunov function with the weak infinitesimal decre...
AbstractWe establish that differential inclusions corresponding to upper semicontinuous multifunctio...
This book offers a self-contained introduction to the theory of guiding functions methods, which can...
We derive partial dierential inclusions of hyperbolic type solutions of which are feedbacks governin...
In this thesis, the problem of controlling both transient and asymptotic behaviour of solutions of f...
In the present paper we develop a method for solving the problem of the asymptotic behavior of solut...
AbstractIn this paper, by extending the method of guiding functions, we give sufficient conditions f...
We treat a control problem given in terms of a differential inclusion x˙(t)∈E(t,x(t)) and develop ...
In many practical situations, the parameters of a control system are not known exactly. For this rea...
We present a technique for analysis of asymptotic stability for a class of differential inclusions. ...
The present paper is devoted to the study of some qualitative properties of solutions to random diff...
Optimal and boundary trajectories of nonsmooth, nonconvex control systems and differential inclusion...
In article the method of research of asymptotic behaviour for solutions of the nonautonomous systems...
Uncontrolled systems (x) over dot is an element of Ax, where A is a non-empty compact set of matrice...
In this paper, we study the dynamics of a differential inclusion built upon a nonsmooth, not necessa...
International audienceThe existence of a control Lyapunov function with the weak infinitesimal decre...
AbstractWe establish that differential inclusions corresponding to upper semicontinuous multifunctio...
This book offers a self-contained introduction to the theory of guiding functions methods, which can...
We derive partial dierential inclusions of hyperbolic type solutions of which are feedbacks governin...
In this thesis, the problem of controlling both transient and asymptotic behaviour of solutions of f...