Design and Analysis of Performance Models for the Smart Internet of Things (IoT) Architecture

Internet of Things (IoT) describes the fact that many everyday objects, from diapers to self-driving cars, have or will soon have the ability to send and receive data via the Internet. It is already observed that the number of devices connected to the Internet has surpassed the number of people using it. It implies that we will have more data than ever before, indeed, we will soon have data about most things on the planet. The wearable devices such as smart watch, glass and shoes can monitor one’s health, weight and wellbeing and will track one’s fitness. Besides, the smart devices fitted in someone’s home such as light, temperature and intruder detectors can send and receive data through internet to monitor the house. All data can be stored in the cloud and can be accessed through the internet using mobile handheld devices. In this project a smart Internet of Things (IoT) architecture will be designed for maintaining an individual’s smart health and smart home. Performance analysis models of IoT architecture with heterogeneous devices such as wireless sensors, WiFi, RFID and Bluetooth will be analyzed for channel hopping, interference, data retransmission, synchronization, coexistence and reliability.

Project ID:PB10308-4313
External Project ID:MOST103-2221-E182-046