Wearable Sensor based Authentications using Red-Tacton
S Sasi Priya, M Aravind, B Dayanand, S Devarajan · 2022 3rd International Conference on Electronics and Sustainable Communication Systems (ICESC) · 2022
Biometric identification using smart wearable devices is becoming more popular. They will, however, continue to provide authentication services to the fitness and medical industries. If someone claims to be who they say they are, biometric authentication can be used to verify their identification. The physical or behavioural attributes of an individual are compared to a database using biometric authentication technology to ensure their legitimacy. If the two sets of biometric data match, the user is confirmed to be real. Access to computers, buildings, and other electronic equipment is commonly restricted via biometric authentication. The fingerprints or retinal scans of a person are used in biometric identification. Smart sensor-based wearable authentications have been evaluated using Red-tacton in this work. The sensors that measure heartbeat, temperature, and breathing events are sent to the PiC microcontroller. The RS232 level converter is used to convert TTL.