Abstract—Constrained independent component analysis (cICA) is a gen-eral framework to incorporate a priori information from problem into the negentropy contrast function as constrained terms to form an augmented Lagrangian function. In this letter, a new improved algorithm for cICA is presented through the investigation of the inequality constraints, in which different closeness measurements are compared. The utility of our pro-posed algorithm is demonstrated by the experiments with synthetic data and electroencephalogram (EEG) data. Index Terms—Constrained optimization, electroencephalogram (EEG), ICA with reference (ICA-R), independent component analysis (ICA). I
Independent Component Analysis (ICA) is a statistical sig-nal processing technique whose main applic...
We introduce a novel way of performing independent component anal-ysis using a constrained version o...
We extend the framework of ICA (independent component analysis) to the case that there is a pair of ...
Independent component analysis with reference (ICA-R), a paradigm of constrained ICA (cICA), incorpo...
In many data-driven machine learning problems it is useful to consider the data as generated from a ...
Multi-channel signal observations in biomedical, radar and other communication applications are mul...
Constrained independent component analysis (CICA) is capable of eliminating the order ambiguity that...
Independent component analysis (ICA) is a technique which extracts statistically independent compone...
AbstractIndependent component analysis (ICA) aims to recover a set of unknown mutually independent c...
Constrained independent component analysis (CICA) is capable of eliminating the order ambiguity that...
Because of the distance between the skull and brain and their dier-ent resistivities, electroencepha...
Blind separation of the electroencephalogram signals (EEGs) using topographic ...
Blind separation of the electroencephalogram signals (EEGs) using topographic independent component ...
Within a dynamical embedding (DE) framework it is possible to extract information on multiple-source...
Blind separation of the electroencephalogram signals (EEGs) using topographic independent component ...
Independent Component Analysis (ICA) is a statistical sig-nal processing technique whose main applic...
We introduce a novel way of performing independent component anal-ysis using a constrained version o...
We extend the framework of ICA (independent component analysis) to the case that there is a pair of ...
Independent component analysis with reference (ICA-R), a paradigm of constrained ICA (cICA), incorpo...
In many data-driven machine learning problems it is useful to consider the data as generated from a ...
Multi-channel signal observations in biomedical, radar and other communication applications are mul...
Constrained independent component analysis (CICA) is capable of eliminating the order ambiguity that...
Independent component analysis (ICA) is a technique which extracts statistically independent compone...
AbstractIndependent component analysis (ICA) aims to recover a set of unknown mutually independent c...
Constrained independent component analysis (CICA) is capable of eliminating the order ambiguity that...
Because of the distance between the skull and brain and their dier-ent resistivities, electroencepha...
Blind separation of the electroencephalogram signals (EEGs) using topographic ...
Blind separation of the electroencephalogram signals (EEGs) using topographic independent component ...
Within a dynamical embedding (DE) framework it is possible to extract information on multiple-source...
Blind separation of the electroencephalogram signals (EEGs) using topographic independent component ...
Independent Component Analysis (ICA) is a statistical sig-nal processing technique whose main applic...
We introduce a novel way of performing independent component anal-ysis using a constrained version o...
We extend the framework of ICA (independent component analysis) to the case that there is a pair of ...