In this paper, we study machine learning techniques and features of electroencephalography activity bursts for predicting outcome in extremely preterm infants. It was previously shown that the distribution of interburst interval durations predicts clinical outcome, but in previous work the information within the bursts has been neglected. In this paper, we perform exploratory analysis of feature extraction of burst characteristics and use machine learning techniques to show that such features could be used for outcome prediction. The results are promising, but further verification of the results in larger datasets is needed to obtain conclusive results
Background: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Essential information about early brain maturation can be retrieved from the preterm human electroen...
Despite increase in survival of very low birth weight infants, the number of infants who experience ...
To aid with prognosis and stratification of clinical treatment for preterm infants, a method for aut...
International audienceObjective: The study of electroencephalographic (EEG) bursts in preterm infant...
Aim: To develop a method that segments preterm EEG into bursts and inter-bursts by extracting and co...
EEG signal contains some specific patterns that predict neuro-developmental impairments of a prematu...
Objective: To describe the characteristics of activity bursts in the early preterm EEG, to assess in...
EEG is a valuable tool for evaluation of brain maturation in preterm babies. Preterm EEG constitutes...
Background: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Burst suppression patterns in the electroencephalogram are a reliable marker of recent severe brain ...
To extract useful information from preterm electroencephalogram (EEG) for diagnosis and long-term pr...
BACKGROUND: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Background: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Essential information about early brain maturation can be retrieved from the preterm human electroen...
Despite increase in survival of very low birth weight infants, the number of infants who experience ...
To aid with prognosis and stratification of clinical treatment for preterm infants, a method for aut...
International audienceObjective: The study of electroencephalographic (EEG) bursts in preterm infant...
Aim: To develop a method that segments preterm EEG into bursts and inter-bursts by extracting and co...
EEG signal contains some specific patterns that predict neuro-developmental impairments of a prematu...
Objective: To describe the characteristics of activity bursts in the early preterm EEG, to assess in...
EEG is a valuable tool for evaluation of brain maturation in preterm babies. Preterm EEG constitutes...
Background: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Burst suppression patterns in the electroencephalogram are a reliable marker of recent severe brain ...
To extract useful information from preterm electroencephalogram (EEG) for diagnosis and long-term pr...
BACKGROUND: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Background: The electroencephalographic (EEG) background pattern of preterm infants changes with pos...
Essential information about early brain maturation can be retrieved from the preterm human electroen...
Despite increase in survival of very low birth weight infants, the number of infants who experience ...