Smart Wearable Systems for Personal Care with Internet of Things

Modern technological advances in miniaturization of sensors, micro- and nanotechnologies, smart gadgets, and smart fabric, and the unremitting advances in smart wearable systems have gradually changed the landscape of personal care, by permitting personality supervision and unremitting supervision of an individual's fitness grade by the trending Internet of Things technology. Consequently, Internet-Of-Things (IoT) is competent to connect a great amount of secluded devices among the internet in an apparent and flawless manner. The proposed work focuses on Wearable Smart System using IoT, which emulates the concept of personal care primarily concentrating on health and safety services. An open source operating system, Contiki 3.0, is used to realize the personal safety and security system using Cooja simulator. Furthermore, this paper provides a comprehensive study of the various topologies, which are used to realize the smart body area network concepts with minimum power consumption and end-to-end delay.