This work deals with three themes: the qualitative theory of ordinary differential equations and the dynamical systems they define, the theory of control with feedback and without feedback, an important application of control techniques in microscopy. Important results from the field of dynamical systems (such as the Hartman-Grobman Theorem for flows, the Poincaré-Bendixson Theorem and the Hopf Bifurcation Theorem) are stated and, later, support the feedback control of some nonlinear systems of ordinary differential equations; non-feedback control techniques are then also presented in contrast to these others. Finally, in order to understand how control strategies are implemented in practice, the functioning of the controlling mechanisms of...
The chaotic orbits in the Rossler system are controlled into a periodic cycle by two methods; the de...
This note deals with feedback controllers for chaotic systems such as the forced Duffing equation an...
Keywords:controlling chaos;extension of methods;nonlinear control of chaos;adaptive control of chaos...
Feedback control of bifurcation and chaos in nonlinear dynamical systems is discussed. The article s...
In this chapter, we explore a mathematical modelling that describes the nonlinear dynamic behavior o...
The performance of the optimal linear feedback control and of the state-dependent Riccati equation c...
A nonlinear system which exhibits bifurcations, transient chaos, and fully developed chaos is consid...
2003Some important ideas froni classical control theory are introduced with the intention of applyin...
2003Some important ideas froni classical control theory are introduced with the intention of applyin...
Abstract—The problems and methods of control of chaos, which in the last decade was the subject of i...
We describe various techniques to control the dynamics of strongly nonlinear systems. these procedur...
Chaos is a typical phenomenon in nonlinear dynamical systems. Until recently, the extreme sensitivit...
We successfully demonstrated the first experimental stabilization of irregular and non-periodic cant...
The chaotic orbits in Bossier system is controlled into a periodic cycle by two methods ; the delaye...
The purpose of this thesis is to study methods for the control of chaos in dynamical systems describ...
The chaotic orbits in the Rossler system are controlled into a periodic cycle by two methods; the de...
This note deals with feedback controllers for chaotic systems such as the forced Duffing equation an...
Keywords:controlling chaos;extension of methods;nonlinear control of chaos;adaptive control of chaos...
Feedback control of bifurcation and chaos in nonlinear dynamical systems is discussed. The article s...
In this chapter, we explore a mathematical modelling that describes the nonlinear dynamic behavior o...
The performance of the optimal linear feedback control and of the state-dependent Riccati equation c...
A nonlinear system which exhibits bifurcations, transient chaos, and fully developed chaos is consid...
2003Some important ideas froni classical control theory are introduced with the intention of applyin...
2003Some important ideas froni classical control theory are introduced with the intention of applyin...
Abstract—The problems and methods of control of chaos, which in the last decade was the subject of i...
We describe various techniques to control the dynamics of strongly nonlinear systems. these procedur...
Chaos is a typical phenomenon in nonlinear dynamical systems. Until recently, the extreme sensitivit...
We successfully demonstrated the first experimental stabilization of irregular and non-periodic cant...
The chaotic orbits in Bossier system is controlled into a periodic cycle by two methods ; the delaye...
The purpose of this thesis is to study methods for the control of chaos in dynamical systems describ...
The chaotic orbits in the Rossler system are controlled into a periodic cycle by two methods; the de...
This note deals with feedback controllers for chaotic systems such as the forced Duffing equation an...
Keywords:controlling chaos;extension of methods;nonlinear control of chaos;adaptive control of chaos...