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Design and Simulation of Portable Telemedicine System for High Risk Cardiac Patients

Authors: V. Thulasi Bai, Srivatsa S. K.

Abstract:

Deaths from cardiovascular diseases have decreased substantially over the past two decades, largely as a result of advances in acute care and cardiac surgery. These developments have produced a growing population of patients who have survived a myocardial infarction. These patients need to be continuously monitored so that the initiation of treatment can be given within the crucial golden hour. The available conventional methods of monitoring mostly perform offline analysis and restrict the mobility of these patients within a hospital or room. Hence the aim of this paper is to design a Portable Cardiac Telemedicine System to aid the patients to regain their independence and return to an active work schedule, there by improving the psychological well being. The portable telemedicine system consists of a Wearable ECG Transmitter (WET) and a slightly modified mobile phone, which has an inbuilt ECG analyzer. The WET is placed on the body of the patient that continuously acquires the ECG signals from the high-risk cardiac patients who can move around anywhere. This WET transmits the ECG to the patient-s Bluetooth enabled mobile phone using blue tooth technology. The ECG analyzer inbuilt in the mobile phone continuously analyzes the heartbeats derived from the received ECG signals. In case of any panic condition, the mobile phone alerts the patients care taker by an SMS and initiates the transmission of a sample ECG signal to the doctor, via the mobile network.

Keywords: WET, ECG analyzer, Bluetooth, mobilecellular network, high risk cardiac patients.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1333392

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References:


[1] Dr. Rajesh Pande, "Cardiovascular disease in India and impact of lifestyle and food habits," in Express Health Care Management Magazine, 15th Dec,2004.
[2] B.Woodward, R.S.H.Istepanain and C.I.Richards, "Design of Telemedicine system using a mobile Telephone," IEEE Trans. inf. Tech in Biomedicine,vol.5,no.1,march 2001,pp13-15.
[3] Mohd Fadlee A. Rasid and Bryan Woodward, "Bluetooth telemedicine processor for multichannel biomedical signal transmission via mobile cellular networks," IEEE Trans. inf. Tech in Biomedicine, vol .9, no.1, 2005 pp.35-43.
[4] Jimena Rodriguez, Alfredo Goni, and Arantza Illaramendi, "Real-time classification of ECGs on a PDA," IEEE Trans. inf. Tech in Biomedicine, vol .9.no 1,2005, pp 23- 34.
[5] N.Daja,I.Relin and B.Reljin, "Telemonitoring in cardiology-ECG transmission through mobile phones ," J.Annals Academy Studenica, vol4,2001, pp.63-66.
[6] I.Sachpazidis, "@ Home: A modular telemedicine system," in Proc. 2nd Workshop Mobile Computing in Medicine, Germany, 2002.
[7] C.Kunze, U.Grossmann, W.Stork, and K.D.Muller-Glaser, "Application of ubiquitous computing in personal health monitoring systems," in Proc.36th Annu.Meeting German Society for Biomed. Eng., 2002,pp.360- 362.
[8] P.Bauer,M.Sichitiu,R.Istepanian and K.Premaratne , "The Mobile Patient: Wireless Distributed Sensor Networks for patient monitoring and Care," in Proc. IEEE EMBS International Conference on Information Technology Applications in Biomedicine, Arlington, pp.17- 21, 2000.
[9] Mats K. E. B. Walling MD, MSc t, and Samson Wajntraub, MSc t, "Evaluation of Bluetooth as a Replacement for Cables in Intensive Care and Surgery," Critical Care and Trauma, Technical Communication, September 8, 2003.
[10] Nathan. J. Muller, Bluetooth Demystified. Mc.Graw Hall Edition,2000.
[11] William Brims, Wireless ECG. vol .1 (Online). Available: http://innovexpo.itee.uq.edu.au/2002/projects/s354005/thesis.pdf
[12] Haroon Mustafa Khan, Wireless ECG. vol .2. (Online). Available:http://innovexpo.itee.uq.edu.au/2002/projects/s358223/thesis. pdf.
[13] Bhavik Kant. Wireless ECG. vol .3 (Online). Available:http://innovexpo.itee.uq.edu.au/2002/projects/s354155/thesis. pdf
[14] Brian Sense, ""Implementing wireless communication in hospital environments with Bluetooth, 802.11b, and other technologies".
[15] Patrick O. Bobbie, Hema Chaudhari and Chaudary-Zeeshan Arif, Homecare Telemedicine: Analysis and Diagnosis of Tachycardia Condition in an M8051 microcontroller. (Online). Available: http://cse.spsu.edu/pbobbie/New_pdf/ECG-Paper-.pdf.
[16] S. Ch.Voskarides, C.S.Pattichis, R.Istepanain, "Practical evaluation of GPRS use in Telemedicine System in Cyprus," in Proc. 4th Conf on Inf.Tech Applns. In Biomedicine, U.K.2003, pp39-42.
[17] GSM webpage: http:// www.gsmworld.com.