IOT BASED SMART AND ADAPTIVE WIRELESS SYSTEM USING REALISTIC SIMULATION SYSTEM

Abstract

Wireless Sensor Networks (WSN) and IOT has become a prominent field of study for the researchers because of its extensive application over various field. A possibility for the smart cities and Smart home system is possible now. The main function of any smart product application is how they communicate with each other. For this purpose many routing protocols have been devised to minimise the different over head of the system like energy, cost, distance etc. Routing for different wireless sensor applications based on parameters is smooth and dependent solution resulting in low information costs for the network package, as well as for the node itself. This project introduces the kind of protocol for using a different neighbours node and different parameter which are associated with them like distance, energy, cost etc. The key point of this paper is to present with a solution which could let a user control for example the lighting system of the whole town from one place. In this paper, we present the implementation details of the porting of the linear hopping protocol to the discrete event network simulator NS3.We develop this module for NS3 to simulate the performance, multi node execution, and multi node configuration using nrf24 and atmega328 Arduino.