Published Paper Details:

A form-fitting textile contains an electrocardiography SoC, flexible electrodes, battery, and antenna. The clinical standard ECG, a 3-lead, is recorded by this "smart shirt". The data is safely sent wirelessly, using less than lmW and a flexible antenna and on-chip ISM band radio to provide secure, continuous cardiac monitoring on a smartphone. A practical and non-invasive method of tracking vital signs and identifying different health markers is provided by smart textiles, which have emerged as a viable solution for continuous healthcare monitoring. The latest developments in smart textile technology for heath monitoring are examined in this paper. It talks about how textiles can be equipped with sensors and actuators to monitor physiological data like respiration rate in real time. The study also looks at the difficulties in designing smart textiles, such as washability, comfort, and durability, and it presents creative solutions to these problems. Since the 3-lead ECG sensor measures heart rate by varying our muscle movements without interfering with the user's daily activities, this project creates a painless way for the body to sense the heart rate through the three contacts points that sense high muscle movements. The t-shirt's embedded connections produce a heart rate, display the current electrocardiogram (ECG) condition, and sound a buzzer to alert the wearer to various situations.