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Thoracic Impedance Measurements

The accuracy of bio-impedance measurements is heavily dependent on how well the electrodes make contact with the body. Accuracy may be significantly degraded due to skin related artifacts such as dry or scaly skin, presence of hair, etc. These problems get exacerbated when used by patients at home a...

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Main Authors:	Conchell Ano, Jose Carlos, Maravilla, Javier Calpe
Format:	Conference Proceeding
Language:	English
Subjects:	Bio-impedance measurement Circuit synthesis Data processing electrocardiography Electrodes Hair Impedance Impedance measurement Skin
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creator	Conchell Ano, Jose Carlos Maravilla, Javier Calpe
description	The accuracy of bio-impedance measurements is heavily dependent on how well the electrodes make contact with the body. Accuracy may be significantly degraded due to skin related artifacts such as dry or scaly skin, presence of hair, etc. These problems get exacerbated when used by patients at home and appropriate skin preparation is not ideal. This paper discusses a method to address these problems allowing accurate bio-impedance measurements in the presence of large skin impedance artifacts. Both the circuit design and the data processing will be described. The solution is evaluated on synthetic circuit setups and on humans.
doi_str_mv	10.1109/CDE58627.2023.10339506
format	conference_proceeding
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Accuracy may be significantly degraded due to skin related artifacts such as dry or scaly skin, presence of hair, etc. These problems get exacerbated when used by patients at home and appropriate skin preparation is not ideal. This paper discusses a method to address these problems allowing accurate bio-impedance measurements in the presence of large skin impedance artifacts. Both the circuit design and the data processing will be described. 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source	IEEE Xplore All Conference Series
subjects	Bio-impedance measurement Circuit synthesis Data processing electrocardiography Electrodes Hair Impedance Impedance measurement Skin
title	Thoracic Impedance Measurements
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