Monitoring Heart Rate and Body Temperature Using Wireless Technology (Zigbee)

Author:

Daud Hanita1,Gulcharan Nurul Fauzana Imran1,Azhar Mohammad Afham Mohd1,Samsudin Muhammad Zulhelmi1,Mohd Nor Nursyarizal1,Ibrahim Taib1

Affiliation:

1. Universiti Teknologi Petronas

Abstract

Wireless technology has increasingly emerged as one of the demanding technologies in healthcare industry. Monitoring patients’ condition is a crucial task in any hospital to ensure patients are in good and stable condition. Wireless sensor network is the solution and has been widely introduced in measuring vital signs of patients such as temperature, heart rate, oxygen saturation, respiratory rate and others from remote location. Zigbee Network or accurately known as IEEE 802.15.4/Zigbee on the other hand is known to be a low power consumption device with good and stable data transmission range, higher network flexibility and large number of nodes. This work is discussing on integrating heart rate and temperature sensors to a wireless transceiver Zigbee (Xbee) module and is used to measure patients’ conditions from remote location (nurse’s station). Series of tests have been conducted using these devices to measure patients’ heart rate and body temperature for different genders and age group at lying down position. This is to ensure that the devices developed are reliable, stable and producing the same results as conventional devices (thermometer and heart beat reader). Results obtained are very encouraging; the developed devices are producing stable readings and are capable of transmitting information at reasonable distance.

Publisher

Trans Tech Publications, Ltd.

Reference19 articles.

1. World Health Organization. Data and Statistics,. Internet: http: /www. who. int/research/en/, 2013 [June 2013].

2. N. Watthanawisuth ; T. Lomas,; A. Wisitsoraat,; A. Tuantranont, Wireless wearable pulse oximeter for health monitoring using ZigBee wireless sensor network, Electrical Engineering/Electronics Computer Telecommunications and Information Technology (ECTI-CON), 2010 International Conference on , p.575, 579, 19-21 May (2010).

3. D. Parekh, Designing Heart Rate, Blood Pressure and Body Temperature Sensors for Mobile On-Call System, Bachelor Degree Final Year Project Thesis, Electrical Engineering Biomedical Capstones, McMaster University, (2010).

4. Heart Rhythm Society. Heart Disease and Disorders,. Internet: http: /www. hrsonline. org/Patient-Resources/Heart-Diseases-Disorders#axzz2dvgP9Lox, 2013 [June 2103].

5. Buzzle. High Body Temperature,. Internet: http: /www. buzzle. com/articles/high-body-temperature. html, 2012 [30 May 2013].

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