Jan-2020 Tabular Data https://fordatis.fraunhofer.de/handle/fordatis/136
http://dx.doi.org/10.24406/fordatis/49

A novel non-invasive, non-conductive method for measuring respiration

Ringkamp, Jan  ; Radler, Philipp  ; Lebhardt, Philipp  ; Langejürgen, Jens  

IPA Fraunhofer-Institut für Produktionstechnik und Automatisierung
Files in This Item:
FileDescriptionSizeFormat 
CharacterisationMagnitude.xlsxmagnitude of S21 for the characterization of the sensor system9,87 kBMicrosoft Excel XMLDownload/Open
CharacterisationPhase.xlsxphase of S21 for the characterization of the sensor system9,63 kBMicrosoft Excel XMLDownload/Open
DelayExperiment.xlsxdata for the timing between a conventional flow sensor and the sensor system2,17 MBMicrosoft Excel XMLDownload/Open
ReproducibilityExperiment.xlsxdata for assesing the reproducability of the sensor system13,21 kBMicrosoft Excel XMLDownload/Open

Abstract

Accompanying datasets to the article "A novel non-invasive, non-conductive method for measuring Respiration" published in the Journal of Sensors and Sensor Systems by the same authors as this data sets.
Classification
620 Ingenieurwissenschaften und zugeordnete Tätigkeiten
Keywords
plethysmography
noncontact monitoring
respiration
electromagnetic measurement
Relationships
Is part of
Accompanying datasets to the article "A novel non-invasive, non-conductive method for measuring Respiration" published in the Journal of Sensors and Sensor Systems by the same authors as this data sets.
Show full item record


This item is licensed under a Creative Commons License Creative Commons