Digital filters can easily be used to alter signal flows. As long as the desired transfer function of the filter is causal, a great variety of responses is made possible by appropriate choice of filter coefficients. To make use of this property in vibration control, algorithms should automatically change the filter coefficients to meet any given objective. This paper describes a class of adaptive algorithms which search the gradient of a given performance function. In order to illustrate the requirements of adaptive structures, such as structurally conformed design, the feed-forward control environment serves as an example for applying these algorithms
International audienceAdaptive Control (second edition) shows how a desired level of system performa...
In this paper, a novel algorithm with high computational efficiency is proposed for the filter adapt...
An adaptive filter is a digital filter that can adjust its coefficients to give the best match t An ...
This paper presents a design of Adaptive Filtering Algorithm for control of the vibration force app...
In recent developments of controllers for active noise cancellation and active vibration suppression...
A structural system can be described by its modal properties. Therefore, it seems promising if the c...
Mechanical lightweight structures often tend to vibrations, resulting in damages or the radiation of...
ABSTRACT: Adaptive control has been known to be desirable to accommodate the system parameter variat...
This project involves the study of active vibration control of the Stewart Platform using robust con...
This paper describes advances in the identification and control of flexible structures by consequent...
A digital adaptive filtering system is applied to various fields such as current disturbance, noise ...
In this paper, a robust adaptive algorithm for active noise and vibration control applications is pr...
Many active noise and vibration control systems require models of the control paths. When the contro...
International audienceAdaptive feedforward broadband vibration (or noise) compensation is currently ...
International audienceAdaptive Control (second edition) shows how a desired level of system performa...
International audienceAdaptive Control (second edition) shows how a desired level of system performa...
In this paper, a novel algorithm with high computational efficiency is proposed for the filter adapt...
An adaptive filter is a digital filter that can adjust its coefficients to give the best match t An ...
This paper presents a design of Adaptive Filtering Algorithm for control of the vibration force app...
In recent developments of controllers for active noise cancellation and active vibration suppression...
A structural system can be described by its modal properties. Therefore, it seems promising if the c...
Mechanical lightweight structures often tend to vibrations, resulting in damages or the radiation of...
ABSTRACT: Adaptive control has been known to be desirable to accommodate the system parameter variat...
This project involves the study of active vibration control of the Stewart Platform using robust con...
This paper describes advances in the identification and control of flexible structures by consequent...
A digital adaptive filtering system is applied to various fields such as current disturbance, noise ...
In this paper, a robust adaptive algorithm for active noise and vibration control applications is pr...
Many active noise and vibration control systems require models of the control paths. When the contro...
International audienceAdaptive feedforward broadband vibration (or noise) compensation is currently ...
International audienceAdaptive Control (second edition) shows how a desired level of system performa...
International audienceAdaptive Control (second edition) shows how a desired level of system performa...
In this paper, a novel algorithm with high computational efficiency is proposed for the filter adapt...
An adaptive filter is a digital filter that can adjust its coefficients to give the best match t An ...