International audienceMethods for analyzing and displaying EEG signals are discussed. The increasing availability and affordability of powerful computer equipment makes possible the use of ever more sophisticated signal processing techniques, which extract relevant (but not readily discernible) information from long-term EEG recordings and can easily identify important features in the EEG. Whether these techniques are actually taken up in clinical practice is heavily dependent on how well they match clinical requirements. This article concentrates on requirements set in the context of long-term recordings in the ICU that demand the ability to process short-term discrete events as well as long-term trend information. A huge range of potentia...
The need for reliable detection of artefacts in raw and processed EEG is widely acknowledged. Althou...
Neurophysiological Monitoring during Intensive Care and Surgery has been prepared by a team of inter...
Due to various technological advances, it is now possible to continuously monitor critically ill pat...
International audienceMethods for analyzing and displaying EEG signals are discussed. The increasing...
Methods for analyzing and displaying EEG signals are discussed. The increasing availability and affo...
One of the key issues for the IMPROVE (IMPROVing control of patient status in critical carE) project...
Performing EEG in the intensive care unit (ICU) has many technical, environmental and resource- rela...
Objective The implementation of a computer assisted system for real-time classification of the elect...
Neurophysiology is an essential tool for clinicians dealing with patients in the intensive care unit...
International audiencePediatric EEG in the intensive care unit (ICU) requires specific technical req...
Purpose of reviewIn ICUs, numerous physiological parameters are continuously monitored and displayed...
Continuous video-EEG (cEEG, lasting hours to several days) is increasingly used in ICU patients, as ...
A system was developed for detecting gradual changes in background EEG, with a view to simplifying t...
In the intensive care unit (ICU), patients are often sedated and ventilated, which makes clinical ev...
The need for reliable detection of artefacts in raw and processed EEG is widely acknowledged. Althou...
Neurophysiological Monitoring during Intensive Care and Surgery has been prepared by a team of inter...
Due to various technological advances, it is now possible to continuously monitor critically ill pat...
International audienceMethods for analyzing and displaying EEG signals are discussed. The increasing...
Methods for analyzing and displaying EEG signals are discussed. The increasing availability and affo...
One of the key issues for the IMPROVE (IMPROVing control of patient status in critical carE) project...
Performing EEG in the intensive care unit (ICU) has many technical, environmental and resource- rela...
Objective The implementation of a computer assisted system for real-time classification of the elect...
Neurophysiology is an essential tool for clinicians dealing with patients in the intensive care unit...
International audiencePediatric EEG in the intensive care unit (ICU) requires specific technical req...
Purpose of reviewIn ICUs, numerous physiological parameters are continuously monitored and displayed...
Continuous video-EEG (cEEG, lasting hours to several days) is increasingly used in ICU patients, as ...
A system was developed for detecting gradual changes in background EEG, with a view to simplifying t...
In the intensive care unit (ICU), patients are often sedated and ventilated, which makes clinical ev...
The need for reliable detection of artefacts in raw and processed EEG is widely acknowledged. Althou...
Neurophysiological Monitoring during Intensive Care and Surgery has been prepared by a team of inter...
Due to various technological advances, it is now possible to continuously monitor critically ill pat...