Discontinuous dynamical systems with sliding modes are often used in Control Theory to model differential equations with discontinuous control. Filippov and Utkin (see(2,7)) have proposed two different approaches to define the solution of these dynamical systems. In case of linear systems, these two approaches are equivalent, but in case of nonlinear systems, the ways to extend the vector field on the sliding surface is generally different. In this note, we obtain a seemingly new approach, which lends support to Utkin's approach, but it is somewhat more general
We study the problem of proving incremental stability of a planar Filippov system. In particular, re...
In this paper, we propose a novel method to analyze sliding bifurcations in discontinuous piecewise ...
Sharp switches in behaviour, like impacts, stick-slip motion, or electrical relays, can be modelled ...
Discontinuous dynamical systems with sliding modes are often used in Control Theory to model differe...
In this report, we have collected notes of work done during the Academic Year 2006-07, while the sec...
In this work, we discuss some theoretical and numerical aspects of solving differential equations w...
In this paper we study singularly perturbed systems with discontinuity surfaces. This means that we ...
A closed container with gas and liquid inflows and one outlet for outflow, described by a nonlinear ...
This article describes how to use smooth solvers for simulation of a class of piecewise smooth syste...
International audienceIn this paper, we study a piecewise-smooth dynamical system of a Filippov type...
Abstract. A hybrid dynamical system with sliding is derived from a smooth n-dimensional vector field...
We consider the fundamental matrix solution associated to piecewise smooth differential systems of F...
summary:We will study discontinuous dynamical systems of Filippov-type. Mathematically, Filippov-typ...
When a liquid and a gas are sent into a closed system and withdrawn through a single outlet, discont...
AbstractSharp switches in behaviour, like impacts, stick–slip motion, or electrical relays, can be m...
We study the problem of proving incremental stability of a planar Filippov system. In particular, re...
In this paper, we propose a novel method to analyze sliding bifurcations in discontinuous piecewise ...
Sharp switches in behaviour, like impacts, stick-slip motion, or electrical relays, can be modelled ...
Discontinuous dynamical systems with sliding modes are often used in Control Theory to model differe...
In this report, we have collected notes of work done during the Academic Year 2006-07, while the sec...
In this work, we discuss some theoretical and numerical aspects of solving differential equations w...
In this paper we study singularly perturbed systems with discontinuity surfaces. This means that we ...
A closed container with gas and liquid inflows and one outlet for outflow, described by a nonlinear ...
This article describes how to use smooth solvers for simulation of a class of piecewise smooth syste...
International audienceIn this paper, we study a piecewise-smooth dynamical system of a Filippov type...
Abstract. A hybrid dynamical system with sliding is derived from a smooth n-dimensional vector field...
We consider the fundamental matrix solution associated to piecewise smooth differential systems of F...
summary:We will study discontinuous dynamical systems of Filippov-type. Mathematically, Filippov-typ...
When a liquid and a gas are sent into a closed system and withdrawn through a single outlet, discont...
AbstractSharp switches in behaviour, like impacts, stick–slip motion, or electrical relays, can be m...
We study the problem of proving incremental stability of a planar Filippov system. In particular, re...
In this paper, we propose a novel method to analyze sliding bifurcations in discontinuous piecewise ...
Sharp switches in behaviour, like impacts, stick-slip motion, or electrical relays, can be modelled ...