International audienceSeveral studies describe evoked EEG potentials elicited when a subject is aware of an erroneous decision either taken by him or by an external interface. This paper try to detect Error-related potentials (ErrP) elicited when a human user want to monitors an external system upon which he has no control whatsoever. To this end we use a Bayesian filter to classify erroneous or correct events. On average over three subjects, the proposed probabilistic classifier achieves single-trial classification of 85% for correct trials and 71% for erroneous trials
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
International audienceSeveral studies describe evoked EEG potentials elicited when a subject is awar...
Several studies describe evoked EEG potentials elicited when a subject is aware of an erroneous deci...
We describe error-related potentials generated while a human user monitors the performance of an ext...
When humans recognise errors, either committed by themselves or observed, error-related potentials (...
The idea to use EEG correlates of errors to correct or reinforce BCI operation has been proposed ove...
Objective: Error-related potentials (ErrP) are generated in the brain when humans perceive errors. T...
While individuals complete cognitively demanding tasks under time pressure, the physical action of r...
It is a well-known finding in human psychophysics that a subject's recognition of having committed a...
We propose a Bayesian method to extract single-trial event related potentials (ERPs). The method is ...
We present a novel architecture designed to enhance the detection of Error Potential (ErrP) signals ...
The goal of this paper is to build a detector of event-related potentials (ERP) in single-trial EEG ...
International audienceUnderstanding how the brain processes errors is an essential and active field ...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
International audienceSeveral studies describe evoked EEG potentials elicited when a subject is awar...
Several studies describe evoked EEG potentials elicited when a subject is aware of an erroneous deci...
We describe error-related potentials generated while a human user monitors the performance of an ext...
When humans recognise errors, either committed by themselves or observed, error-related potentials (...
The idea to use EEG correlates of errors to correct or reinforce BCI operation has been proposed ove...
Objective: Error-related potentials (ErrP) are generated in the brain when humans perceive errors. T...
While individuals complete cognitively demanding tasks under time pressure, the physical action of r...
It is a well-known finding in human psychophysics that a subject's recognition of having committed a...
We propose a Bayesian method to extract single-trial event related potentials (ERPs). The method is ...
We present a novel architecture designed to enhance the detection of Error Potential (ErrP) signals ...
The goal of this paper is to build a detector of event-related potentials (ERP) in single-trial EEG ...
International audienceUnderstanding how the brain processes errors is an essential and active field ...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...
In this thesis we study the error-related potential (ErrP) and its possible integration in BCIs (Bra...