International audienceWavelet denoising has been successfully applied to Event-Related Potential (ERP) detection, but it usually works using channels information independently. This paper presents an adaptive approach to denoise signals taking into account the channels correlation in the wavelet domain. Moreover, we combine phase and amplitude information to automatically select a time window which increases ERP detection. Results on the P300 speller show that our algorithm has a better accuracy with respect to the VisuShrink wavelet technique and the XDAWN algorithm among 22 healthy subjects, and a better regularity than XDAWN
The brain-computer interface (BCI) has many applications in various fields. In EEG-based research, a...
International audienceNeurological signals are generally very weak in amplitude and strongly noisy. ...
Brain-Computer Interfaces (BCI) are control and communication systems which were initially developed...
International audienceElectroencephalographic signals are usually contaminated by noise and artifact...
International audienceBased on similarity measures in the wavelet domain under a multichannel EEG se...
National audienceTemplate-based analysis techniques are good candidates to robustly detect transient...
Une interface cerveau-ordinateur permet d'interagir avec un système, comme un système d'écriture, un...
Template-based analysis techniques are good candidates to robustly detect transient temporal graphic...
Template-based analysis techniques are good candidates to robustly detect transient temporal graphic...
The application of a recently proposed denoising implementation for obtaining event-related potentia...
The purpose of this study was to apply a nonlinear wavelet denoising Alter to the extraction of tran...
Event-related potentials (ERPs) are widely used in brain-computer interface applications and in neur...
Objectives: The aim of this paper is to introduce and test a general, wavelet-based method for the a...
This paper used three theoretically different algorithms for reducing noise in event-related potenti...
Brain signals known as electroencephalogram (EEG) carry the huge amount of information which is rela...
The brain-computer interface (BCI) has many applications in various fields. In EEG-based research, a...
International audienceNeurological signals are generally very weak in amplitude and strongly noisy. ...
Brain-Computer Interfaces (BCI) are control and communication systems which were initially developed...
International audienceElectroencephalographic signals are usually contaminated by noise and artifact...
International audienceBased on similarity measures in the wavelet domain under a multichannel EEG se...
National audienceTemplate-based analysis techniques are good candidates to robustly detect transient...
Une interface cerveau-ordinateur permet d'interagir avec un système, comme un système d'écriture, un...
Template-based analysis techniques are good candidates to robustly detect transient temporal graphic...
Template-based analysis techniques are good candidates to robustly detect transient temporal graphic...
The application of a recently proposed denoising implementation for obtaining event-related potentia...
The purpose of this study was to apply a nonlinear wavelet denoising Alter to the extraction of tran...
Event-related potentials (ERPs) are widely used in brain-computer interface applications and in neur...
Objectives: The aim of this paper is to introduce and test a general, wavelet-based method for the a...
This paper used three theoretically different algorithms for reducing noise in event-related potenti...
Brain signals known as electroencephalogram (EEG) carry the huge amount of information which is rela...
The brain-computer interface (BCI) has many applications in various fields. In EEG-based research, a...
International audienceNeurological signals are generally very weak in amplitude and strongly noisy. ...
Brain-Computer Interfaces (BCI) are control and communication systems which were initially developed...