Assessment of Human Arm Bioelectrical Impedance using Microcontroller Based System

Keywords: Bioelectrical impedance, Multi-frequency, Segmental bioelectrical impedance, Impedance analyser

Abstract

Background and aims: In a wide field of research, the devices available based on long-established methods for measurement of bioelectrical impedance are large in size, expensive and low in accuracy. In this research, a system is developed for the measurement of the segmental bioelectrical impedance of the human body with high accuracy and small of a size.

Methods: Developed method uses multi-frequency to measure segmental bioelectrical impedance that follows four electrodes segmental measurement technique and is equipped with an impedance analyzer with a touch screen. Multi-frequency signals flow to the human body to measure bioelectrical impedance and also compare data measured by developing a device to standard device.

Results: Data have been collected through a developed device and is being analyzed. The outcomes show that the relative error of measured amplitude at multi-frequency is less than 1.50% while the absolute error of phase is up to 10. Comparison between two devices shows that the accuracy parameter of the developed device is more than 98% with the standard device. A compatible correlation (~ 0.9993) can be seen between both devices that they measure a nearly equal impedance of left and right arm at the same frequency.

Conclusions: Use of the developed device for the measurement of segmental bioelectrical impedance using multi-frequency, adequately enhances all trait of measurement as state-of-the-art facilities, small size and liberated to use due to simplicity.

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Author Biography

CHARU PAWAR, Dr. A P J Abdul Kalam Technical University

Research Scholar,

Deprtment of Electronics Engineering

Published
30-04-2020
How to Cite
PAWAR, C. (2020). Assessment of Human Arm Bioelectrical Impedance using Microcontroller Based System. International Journal of Integrated Engineering, 12(4), 172-181. Retrieved from https://publisher.uthm.edu.my/ojs/index.php/ijie/article/view/4060
Section
Articles