Sliding-mode (SM) based differentiation is exact on a large class of functions and robust to the presence of input noises. The best-possible differentiator accuracy is for the first-time calculated. A few differentiators and their discretizations are presented. As an important application of the differentiation technique we propose the first robust exact method for the estimation of the equivalent control and of a number of its derivatives from a SM control input
Second order sliding modes are used to keep exactly a constraint of the second relative degree or ju...
International audienceThis paper deals with online numerical differentiation of a noisy time signal ...
International audienceThis work deals with the problem of online differentiation of noisy signals. I...
The proposed kth-order filter is based on sliding modes (SMs). It exactly estimates k input derivati...
International audienceSliding-mode-based differentiators of the input f(t) of the order k yield exac...
International audienceThis paper proposes first partial results for a new class of differentiators. ...
This paper presents the design of a DC-AC power converter controller that bears the same benefits of...
In this article the design of a new real-time differentiator featuring global convergence properties...
International audienceThis paper develops and uses a robust differentiator via sliding modes applied...
summary:In this work, an alternative solution to the tracking problem for a SISO nonlinear dynamical...
The problem of differentiating a function with bounded second derivative in the presence of bounded ...
The paper presents a brief survey on Variable Structure Control Systems with Sliding Modes. Starting...
International audienceIn this paper, a robust differentiator via sliding mode is studied. A comparat...
We propose a new real-time differentiator, called the discontinuous high-gain observer (DHGO), which...
International audienceBased on the frequency argument, a novel secondorder sliding mode differentiat...
Second order sliding modes are used to keep exactly a constraint of the second relative degree or ju...
International audienceThis paper deals with online numerical differentiation of a noisy time signal ...
International audienceThis work deals with the problem of online differentiation of noisy signals. I...
The proposed kth-order filter is based on sliding modes (SMs). It exactly estimates k input derivati...
International audienceSliding-mode-based differentiators of the input f(t) of the order k yield exac...
International audienceThis paper proposes first partial results for a new class of differentiators. ...
This paper presents the design of a DC-AC power converter controller that bears the same benefits of...
In this article the design of a new real-time differentiator featuring global convergence properties...
International audienceThis paper develops and uses a robust differentiator via sliding modes applied...
summary:In this work, an alternative solution to the tracking problem for a SISO nonlinear dynamical...
The problem of differentiating a function with bounded second derivative in the presence of bounded ...
The paper presents a brief survey on Variable Structure Control Systems with Sliding Modes. Starting...
International audienceIn this paper, a robust differentiator via sliding mode is studied. A comparat...
We propose a new real-time differentiator, called the discontinuous high-gain observer (DHGO), which...
International audienceBased on the frequency argument, a novel secondorder sliding mode differentiat...
Second order sliding modes are used to keep exactly a constraint of the second relative degree or ju...
International audienceThis paper deals with online numerical differentiation of a noisy time signal ...
International audienceThis work deals with the problem of online differentiation of noisy signals. I...