Authors :
Nandini Sunil Mutha; Rutuja Shatrughna Mandhare; Devyani Nitin Mahajan; Omkar Rajesh Dukare; Tejal. H. Patil
Volume/Issue :
Volume 7 - 2022, Issue 12 - December
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3YJvjBA
DOI :
https://doi.org/10.5281/zenodo.7471059
Abstract :
With the advancement of technology, we are
able to use Arduino in this project to digitally sense body
temperature and heart rate. Arduino is primarily used
because it has the ability to perceive its surroundings by
receiving data from various sensors and change it by
controlling lights, motors and other actuators. Arduino
programming language is used to program the
microcontroller of the board. The goal of this work is to
develop a system that can remotely monitor body
temperature and heart rate in real time with the
measurement results displayed on a web server. This
research involves a number of phases, including the
generation of research hypotheses based on literature
reviews and the design of a hardware and software system.
Keywords :
Arduino, Sensor, SVM Classifier, Feature Extraction, Pre-Processing
With the advancement of technology, we are
able to use Arduino in this project to digitally sense body
temperature and heart rate. Arduino is primarily used
because it has the ability to perceive its surroundings by
receiving data from various sensors and change it by
controlling lights, motors and other actuators. Arduino
programming language is used to program the
microcontroller of the board. The goal of this work is to
develop a system that can remotely monitor body
temperature and heart rate in real time with the
measurement results displayed on a web server. This
research involves a number of phases, including the
generation of research hypotheses based on literature
reviews and the design of a hardware and software system.
Keywords :
Arduino, Sensor, SVM Classifier, Feature Extraction, Pre-Processing
