Motion artifacts in capacitive biopotential measurements : phantom experiments, modelling & project progress

Y. Zhang

Motion artifacts in capacitive biopotential measurements : phantom experiments, modelling & project progress

Onderzoeksoutput: Bijdrage aan congres › Poster › Academic

Samenvatting

Capacitive electrodes have the unique characteristic of measuring bio-potentials through insulating layers such as textiles. This makes them a promising candidate for unobtrusive and continuous monitoring of fetal health conditions (e.g., heartrate, fECG, EHG). However, so far motion artifacts (MA) have remained an unsolved issue which have hindered their reliable use. This poster presents the MA issue by means of simulations and experiments from a phantom. Finally, the status and outlook of the project are shown.

Originele taal-2	Engels
Status	Gepubliceerd - 7 jun 2018
Evenement	2018 Annual Workshop on Circuits, Systems and Signal Processing (ProRISC 2018) - Bram Nauta, University of Twente, Enschede, Nederland Duur: 7 jun 2018 → 8 jun 2018 https://prorisc2018.eu/

Congres

Congres	2018 Annual Workshop on Circuits, Systems and Signal Processing (ProRISC 2018)
Verkorte titel	ProRISC 2018
Land	Nederland
Stad	Enschede
Periode	7/06/18 → 8/06/18
Internet adres	https://prorisc2018.eu/

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Citeer dit

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abstract = "Capacitive electrodes have the unique characteristic of measuring bio-potentials through insulating layers such as textiles. This makes them a promising candidate for unobtrusive and continuous monitoring of fetal health conditions (e.g., heartrate, fECG, EHG). However, so far motion artifacts (MA) have remained an unsolved issue which have hindered their reliable use. This poster presents the MA issue by means of simulations and experiments from a phantom. Finally, the status and outlook of the project are shown.",

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AB - Capacitive electrodes have the unique characteristic of measuring bio-potentials through insulating layers such as textiles. This makes them a promising candidate for unobtrusive and continuous monitoring of fetal health conditions (e.g., heartrate, fECG, EHG). However, so far motion artifacts (MA) have remained an unsolved issue which have hindered their reliable use. This poster presents the MA issue by means of simulations and experiments from a phantom. Finally, the status and outlook of the project are shown.

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