Experimental Design of Smart Bus Management Scheme using Internet of Things and Location Indicator

Abstract

It's impossible to live without time. Waiting at bus stops for extended periods of time without knowing the bus's precise arrival time or its current state is a common source of frustration for many commuters. There are a lot of buses going in the same direction, but there isn't a good place to find out information about them. Bus schedule changes can occur for a variety of reasons. People's faith in public transportation may be bolstered if they had access to real-time information on the next bus, as well as an estimate of when it would arrive under typical traffic circumstances and how many people were already on board. In order to better serve the general public, this article focuses on the use of embedded systems and IoT to smart seating management. The article delves into what this cutting-edge innovation can do now and where it can go in the future. Due to the increasing number of connected devices, a large amount of data is being generated. So, in order to develop effective frameworks, it is necessary to manage and convert this massive amount of data into useful information. In this study, we focus on an urban IoT framework that is used to build an ITS. The Smart City idea, which seeks to utilize the most up-to-date and competent communication technology in the service of municipal administration and individual people, will be bolstered by the IoT-based smart transportation system.