An integrated multi parameters wearable telemetric system for cardio-pulmonary signal measurement
Journal
IFMBE
Journal Volume
14
Journal Issue
1
Pages
469-473
Date Issued
2007
Author(s)
Abstract
We report a multi parameters cardiopulmonary (CP) monitoring system with features of low power consumptions (40 mA,3.7V), miniaturization (size 6×5 cm2), and multi wireless data communication channels (Frequency 315,432,916 MHz) for wearable applications in e-Health. Its target application is for the evaluation health of CP on Homecare, Patient Isolation and quarantine, Recreational sports market. We use a miniature bi-directional hot-wire sensor for respiratory function, an optical sensor for s plethsymograph, and two surface electrodes for single lead electrocardiograph. The parameters include Pulse, ECG, and respiratory functions, which will be used for the quantitative evaluation of heart rate, pulse rate and respiratory rate. © International Federation for Medical and Biological Engineering 2007.
Subjects
Cardio-pulmonary signal measurement; E-Health; MEMS; Multi parameters; Wearable monitoring system
Other Subjects
Biomedical engineering; eHealth; Function evaluation; Health; MEMS; Monitoring; Wearable sensors; Monitoring system; Multiparameters; Quantitative evaluation; Respiratory function; Signal measurement; Target application; Wearable applications; Wireless data communication channel; Parameter estimation
Publisher
Springer Verlag
Type
conference paper