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Chest Worn Pulse Oximeter Integrating NI-USRP with GPS Disciplined Clock Transceiver


Affiliations
1 ECE Department, Adamson University, Manila, Philippines
 

This paper presents the chest worn pulse oximeter with integrated universal software radio peripheral (USRP) with global positioning systems (GPS) disciplined clock transceiver from National Instruments. It illustrates the respiratory cardio monitoring using the flexible reflective pulse oximeter with ECG. The gathered cardio respiratory data assessed by the microcontroller and the output is sent through to the remote monitor display by means of wireless system. The device also incorporates an early warning feature to alert both the user and the person being monitored. The GPS device is included for tracking and to determine the present location of the client in case of an emergency situation. The output is then transmitted and also displayed to a web based server via radio frequency (RF). A complete hardware prototype model is designed, developed, tested, and implemented thus validated the proposed scheme. The statistical assessment method is then integrated where the parameters gathered are assessed and evaluated.

Keywords

Electrocardiogram, Global Positioning System (GPS), NI USRP Transceiver, Pulse Oximeter, RF, Oximeter.
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  • Chest Worn Pulse Oximeter Integrating NI-USRP with GPS Disciplined Clock Transceiver

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Authors

Alfredo U. Ganggangan
ECE Department, Adamson University, Manila, Philippines
Angelo A. Beltran Jr.
ECE Department, Adamson University, Manila, Philippines
Evelyn C. Barreto
ECE Department, Adamson University, Manila, Philippines
Princess F. Hernandez
ECE Department, Adamson University, Manila, Philippines
Paul Erick P. De Villa
ECE Department, Adamson University, Manila, Philippines
Mark Tristan Angelo M. Cabatac
ECE Department, Adamson University, Manila, Philippines

Abstract


This paper presents the chest worn pulse oximeter with integrated universal software radio peripheral (USRP) with global positioning systems (GPS) disciplined clock transceiver from National Instruments. It illustrates the respiratory cardio monitoring using the flexible reflective pulse oximeter with ECG. The gathered cardio respiratory data assessed by the microcontroller and the output is sent through to the remote monitor display by means of wireless system. The device also incorporates an early warning feature to alert both the user and the person being monitored. The GPS device is included for tracking and to determine the present location of the client in case of an emergency situation. The output is then transmitted and also displayed to a web based server via radio frequency (RF). A complete hardware prototype model is designed, developed, tested, and implemented thus validated the proposed scheme. The statistical assessment method is then integrated where the parameters gathered are assessed and evaluated.

Keywords


Electrocardiogram, Global Positioning System (GPS), NI USRP Transceiver, Pulse Oximeter, RF, Oximeter.