Modelling of Intelligent Transportation System for Human Safety using IoT

Abstract

Air buses are the new era of public transport system with high speed, luxury and comfort but while considering safety issues it lacks behind with the development of Automobile Industries. Public started to look towards the safety factors of these luxurious vehicles but it is not taken into greater account. Due to the negligence in the safety factors of these vehicles they have become luxurious confines which destroy the precious lives of many passengers. Recently industrialists identified the necessities of safety factors of these comfort vehicle but still there is no proper solution for this problem. Government has made some safety measures at the time of journey but it does not provide much efficient solution. With a view to change this scenario, the Intelligent Transportation System for Safety and Driver Assistance is controlled through Internet of Things (IoT) which includes sensors to sense the signal and the functions of the vehicle is controlled by the embedded controller. Since the driver is fully responsible to handle the hurdles at the time of driving, he has to be subjected to certain test until which the system will not allow him to start the vehicle. Once the system gets started it starts to analyze the several factors of the transport. IoT enabled sensor transmits the whole data over a sensible grid network to take actions under emergency conditions which enhances the driver safety and prevents vehicle collision. If any of the factors is failed buzzer unit is turned on and fuel supply to the engine is blocked leading to the prevention of disaster. The simulation results of this paper is obtained by AutoCAD and the entire transportation system is controlled through embedded controller.