Proceedings of 1st Shri Chhatrapati Shivaji Maharaj QIP Conference on Engineering Innovations Organized by Shri. Chhatrapati Shivaji Maharaj College of Engineering, Nepti, Ahmednagar In Association with JournalNX - A Multidisciplinary Peer Reviewed Journal, ISSN No: 2581-4230 21st - 22nd February, 2018
IOT BASED PREDICTION OF BUS ARRIVAL TIME USING GPS SYSTEM Prof. Pritesh Patil1, Manasi Jain2, Pranjal Jain3, Suyog Choudhary4 1(Information Technology, AISSMS IOIT/SPPU, India) 2(Information Technology, AISSMS IOIT/SPPU, India) 3(Information Technology, AISSMS IOIT/SPPU, India) 4(Information Technology, AISSMS IOIT/SPPU, India) ABSTRACT : While selecting for the public-transport, time and forbearance square measure of a lot of concern . we will additionally say , human traveling on public-transport found their loss of your time attributable to waiting at the bus-stops. this method is providing a time period vehicle pursuit via Global-Positioning System technology to find the situation of bus and to use web by a generalpacket-radio service (GPRS) technology to show live pictures on the Google Map or web site app for pursuit location of buses anytime. we have a tendency to square measure exploitation the GPS and GPRS modules, the GPS module can find the buses via the satellite, and also the GPRS module can collect all knowledge and send it to the web site . The buses are monitored live exploitation coordinates with this method. additionally by implementing geo-fence, user get inform once bus arrived in his/her predefined space. we have a tendency to square measure developing an Android-application which can provide the time period schedule of buses. Also, it provides fast and time period replay for inquiry, via the server. additionally just in case of any sudden activities or breakdown, the alert are sent to the system, with Bus location. KEYWORDS - GPRS, GPS, google map, geofence, bus failure. 1. Introduction The transportation system provide as the heart in the social and economic-growth of the country. because the population in Asian country is increasing, speedy explode in rate of vehicles which ends in an exceedingly overload on trafficmanagement. . Public transport is changing into a very important a part of transport system in urban areas, advance in simply obtainable technology may be enforced that facilitate the traveller who compute between a rural and concrete to-get the travel data and it helps the passengers to comfort them with the ultimate real time location. Public transport principally the bus sluice has been properly developed in several elements of the globe. For reducing the fuel-usage, snobbish usage of automobile and luxury traffic situation we are able to use the bus services. Passengers needs the precise schedule of buse. The anxiety of passengers will increase whereas watching for a long-time at the stop and alter their mind to select the buses. several passengers square measure typically ontime for workplace and plenty of students restarted to their categories as they confirm to prevent for
the buses instead-of taking associate alternative mode of transportation. Goal of system is to decrease the complexness and price of content these services by implementing Easy-Tracker, associate automotive vehicle system for the transittracking and advent time prediction While going out for the public transportation, time-patience are of more concern. Many passengers travelling via public-transport buses realizes time-loss due to waiting at the bus-stops. We implementing a realtime vehicle tracking-system using a GPS technology to obtain the location of the buses and to connect it to internet by a general-packet-radio service (GPRS) technology for displaying a realtime update on the web-map by Google which allows all time tracking of buses. The GPS-module will detect the buses using satellite, and the GPRSmodule will collect the data and transfer it to the website. The buses will be monitored live with real time coordinates with this system. We are developing an android-application which will give real time schedule of buses. . Also in the case of any unexpected activities or breakdown, the alert will be given to the system, with Bus location. A geofence is a virtual-perimeter used on a real-world geographic area.[1] A geo-fence which is dynamically generated, as in a radius around a person or a point on the map, like school attendance-zones or neighborhood boundaries. This activity could trigger an notification to the device's user as-well-as alert to the passenger. 2. Literature survey A] The work projected by Zehra Naqvi. [1] titled “Smart Public-Transport System mistreatment mobile primarily based sensing” . per her the great circle and latitude values area unit analyzed for the gap of bus from destination and for estimating schedule of bus[1]. This data is shipped to the server that informs the passengers having the good phones to access this knowledge from anyplace. The limitation of their work is that, it'll not create user’s participation mandatory within the system. this method incurs high value of installation of GSMGPS parts within all buses. And this method is complicated additionally, because it needs different-different hardware modules .Moreover, it doesn’t need further location trailing devices to be put in on every bus. it's quite potential that there might not be several users willing to participate during this system because it will cause security threats. So, it 13 | P a g e