Embedded System Based Internet of Things for Smart Home/Office Appliances Control using Wi-Fi Technology

Abstract

The positioned and the integration of embedded system ability, wireless sensor and network technology in the ubiquitous architecture has enhance the 6LowPAN communication platform. Such as compatibility, internetworking, energy savings and real-time data acquisition that are the shortcoming of the existing devices like X10, network time protocol (NTP) without feedback system incorporated for the network connectivity and message guarantee constraint. This paper review several works in the area of newly emerge smart technologies which based on IoT architecture and their protocols. It also illustrates an innovative embedded system based internet of thing architecture for remote system control in a smart home and office appliances (SHOA) using android based web apps and Wi-Fi technology. The internet protocol (IP) addresses are assigning to things for easy control and operation of domestic home appliances at a remote network, which aid interoperability and end-to-end communication between multiple appliances connected over the 6LowPAN network. HTTPPOST and HTTPGET command that support RESTful services used for ensuring packet transmission and receiver between the IoT gateway and the cloud database.