The the server and then the commuter

The way people move around their locality’s public transport system is
the main problem which play an increasingly significant role. It is a lucrative
mode of transport. Because of traffic block and other incidents most of the
buses get delayed in time to arrive. At the bus stop people have to wait for a longer
period of time without knowing the arrival time of the bus. People who use the
public transport cannot find arrival time of a bus at the nearest bus stop from
their homes so that they can leave from home appropriately. Because of the abrupt
delays due to traffic blockage the arrival time of the bus cannot be assured.
Our primary aim is to provide a system to remote user which will reduce the
waiting time for bus and will provide the user with all required details concerning
the time of departure or arrival of the bus and also its current location and
expected waiting time. In order to determine the current location of a bus and
the approximate arrival time, an organized tracking system is required. To obtain
the best tracking result, GPS and GSM technology is used. To track a vehicle
the GPS and GSM based system provides all specifications that are required. Our
proposed system will be able to find the current location of the bus and inform
the central controller at the bus stop. Once this information is uploaded in
the server and then the commuter can access the information via the web based
application using internet even at their homes or any work place. In addition
to this, our system also provides a web application which is interfaced with
IOT that will display all the transmitted data to the user along with the
current location of the bus on the web application. The web application has an
interior global timer which will refresh the tracking application for every
forty seconds and will retrieve the latest location and other custom-built
vehicle parameters and will update the user with the recent information of the
bus. Influencing people to use public transport helps in reducing traffic congestion
as well as the impact on environment. Our primary aim is to increase the utilization
of public transportation and to satisfy the current public transport users and
help in motivating more people to use public transport. If remote users wish to
use public transport, it is an easy way to see which bus is near to their
location and relative time the bus will take to reach the nearby stop, in real
time, thus they can take an appropriate decision of whether or not to wait at the
stop. This convenience is provided to the pedestrians by our proposed system.
The real location of any bus is determined by using GPS and then the data is
transmitted. The transmission can take place through terrestrial radio or
cellular connection, satellite from the bus to a radio receiver, satellite or
nearby cell tower. Once the information about the location along with other
data is collected, a wireless communication system is used for transmission