The proposed kth-order filter is based on sliding modes (SMs). It exactly estimates k input derivatives in the absence of noises, and is robust to noises of small magnitudes or having small average values. Estimation accuracy asymptotics are calculated. The filter is applied to the real-time accurate estimation of the equivalent control in SM control systems
This paper presents a novel output-based, discrete-time, sliding mode controller design methodology....
In this study, a sliding mode controller with a linear time-varying sliding surface is proposed for ...
In this paper a new algorithm for discrete-time sliding mode control using only output samples is pr...
Sliding-mode (SM) based differentiation is exact on a large class of functions and robust to the pre...
International audienceThis paper proposes first partial results for a new class of differentiators. ...
International audienceSliding-mode-based differentiators of the input f(t) of the order k yield exac...
Abstract: The paper introduces the concept of a filtering controller (FC), which uses sliding mode c...
In feedback control of mechatronic systems, sensor signals are usually noisy and uncertain because o...
This paper presents the design of a DC-AC power converter controller that bears the same benefits of...
International audienceThis paper develops and uses a robust differentiator via sliding modes applied...
In this article the design of a new real-time differentiator featuring global convergence properties...
In this note the second-order sliding-mode control problem is addressed and solved by explicitly tak...
International audienceThis paper proposes a new second order sliding mode output feedback controller...
Downloaded Fthe switching action of the sliding mode controller may be com-bined with a continuous i...
International audienceA new robust high order sliding mode controller for a class of uncertain minim...
This paper presents a novel output-based, discrete-time, sliding mode controller design methodology....
In this study, a sliding mode controller with a linear time-varying sliding surface is proposed for ...
In this paper a new algorithm for discrete-time sliding mode control using only output samples is pr...
Sliding-mode (SM) based differentiation is exact on a large class of functions and robust to the pre...
International audienceThis paper proposes first partial results for a new class of differentiators. ...
International audienceSliding-mode-based differentiators of the input f(t) of the order k yield exac...
Abstract: The paper introduces the concept of a filtering controller (FC), which uses sliding mode c...
In feedback control of mechatronic systems, sensor signals are usually noisy and uncertain because o...
This paper presents the design of a DC-AC power converter controller that bears the same benefits of...
International audienceThis paper develops and uses a robust differentiator via sliding modes applied...
In this article the design of a new real-time differentiator featuring global convergence properties...
In this note the second-order sliding-mode control problem is addressed and solved by explicitly tak...
International audienceThis paper proposes a new second order sliding mode output feedback controller...
Downloaded Fthe switching action of the sliding mode controller may be com-bined with a continuous i...
International audienceA new robust high order sliding mode controller for a class of uncertain minim...
This paper presents a novel output-based, discrete-time, sliding mode controller design methodology....
In this study, a sliding mode controller with a linear time-varying sliding surface is proposed for ...
In this paper a new algorithm for discrete-time sliding mode control using only output samples is pr...