International audienceIn this paper several applications of the Independent Component Analysis (ICA) algorithm, for the analysis of biomedical signal recordings have been investigated. One of these applications is the removal of EEG artifacts such as the EOG. It is shown that ICA may serve as a powerful tool, which could help the analysis of biomedical recordings, and give better insights about the underlying sources of some disorders. Another application of the proposed method is the detection of sleep disorders in patients suffering from sleep apnea. The ultimate goal of this approach is to develop an automatic noninvasive data acquisition system, for clinical applications
Because of the distance between the skull and brain and their dier-ent resistivities, electroencepha...
International audienceThis communication aims at giving some insights into the use of Independent Co...
Abstract. Application and quality assessment of four different algorithms in running temporal indepe...
Independent Component Analysis (ICA) is a statistical based method, which goal is to find a linear t...
Independent component analysis (ICA) is increasing in popularity in the field of biomedical signal p...
Biomedical signals can arise from one or many sources including heart, brains and endocrine systems....
Biomedical signals can arise from one or many sources including heart ,brains and endocrine systems...
Independent component analysis (ICA) is a novel technique that calculates independent components fr...
Independent Component Analysis (ICA) and related methods like AdaptiveFactor Analysis (AFA) are prom...
Brain signals are important in diagnosing various disorders and abnormalities in the human body. The...
In this chapter we focus on the use of Independent Component Analysis (ICA) in biomedical systems. S...
Multichannel recordings of the electromagnetic fields emerging from neural currents in the brain gen...
This thesis deals with analysis and processing of the Sleep Electroencephalogram (EEG) signals. The ...
Independent Component Analysis (ICA) is a signal-processing method to extract independent sources gi...
A brain-computer interface (BCI) is a direct communication system between a brain and an external de...
Because of the distance between the skull and brain and their dier-ent resistivities, electroencepha...
International audienceThis communication aims at giving some insights into the use of Independent Co...
Abstract. Application and quality assessment of four different algorithms in running temporal indepe...
Independent Component Analysis (ICA) is a statistical based method, which goal is to find a linear t...
Independent component analysis (ICA) is increasing in popularity in the field of biomedical signal p...
Biomedical signals can arise from one or many sources including heart, brains and endocrine systems....
Biomedical signals can arise from one or many sources including heart ,brains and endocrine systems...
Independent component analysis (ICA) is a novel technique that calculates independent components fr...
Independent Component Analysis (ICA) and related methods like AdaptiveFactor Analysis (AFA) are prom...
Brain signals are important in diagnosing various disorders and abnormalities in the human body. The...
In this chapter we focus on the use of Independent Component Analysis (ICA) in biomedical systems. S...
Multichannel recordings of the electromagnetic fields emerging from neural currents in the brain gen...
This thesis deals with analysis and processing of the Sleep Electroencephalogram (EEG) signals. The ...
Independent Component Analysis (ICA) is a signal-processing method to extract independent sources gi...
A brain-computer interface (BCI) is a direct communication system between a brain and an external de...
Because of the distance between the skull and brain and their dier-ent resistivities, electroencepha...
International audienceThis communication aims at giving some insights into the use of Independent Co...
Abstract. Application and quality assessment of four different algorithms in running temporal indepe...