Low-Cost Portable ECG Monitoring Device for Inaccessible Areas in Pakistan

Author:

Farooq Adil,Aroos Samia,Mumtaz Laraib,Jafri Irum,Khaliq Arjmand

Abstract

A need for constant health monitoring system is essential especially for heart diseases which may cause sudden stroke and death. We present in this paper the design and development of a low cost, efficient and user-friendly ECG monitoring device. Most of the heart rate measurement devices and tools available are quite expensive and may not be easily available in some areas. Presented device monitors the patient’s body information using three lead silver chloride ECG disposable electrodes and detects the pulse signal. The detected heart pulse signal is first filtered and then amplified. The device displays the heart signal on a MATLAB graphical user interface while simultaneously showing the digitized pulse rate on a digital LCD. The device was tested on female patients aged 20-24. The results obtained were reliable compared with electrocardiogram reports and similar available devices of much higher development cost.

Publisher

Sir Syed University of Engineering and Technology

Reference27 articles.

1. [1] WHO. (2021). WHO Newsroom: Cardiovascular diseases (CVDs). Retrieved from; https://www.who.int/en/news-room/factsheets/detail/cardiovascular-diseases-(cvds).

2. Psychosocial risk factors of cardiovascular disease in Pakistani adolescents and young adults: A Systematic Review;Saleem;JPMA The Journal of the Pakistan Medical Association,2020

3. Current trends of cardiovascular risk determinants in Pakistan;Liaquat;Cureus 10(10),2018

4. [4] Farooq, A., Khan, A. K., & Raja, G. (2013). Implementation of a speech-based interface system for visually impaired persons. Life Science Journal, 10(9s).

5. [5] Butt, M., Razzaq, N., Sadiq, I., Salman, M., & Zaidi, T. (2013, March). Power Line Interference removal from ECG signal using SSRLS algorithm. In 2013 IEEE 9th International Colloquium on Signal Processing and its Applications (pp. 95-98). IEEE.

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