Title :
MRTS: A Robust and Scalable Architecture for Metro Rail Ticketing System
Author :
Shaik, Azmathulla ; Reddy, C. Kishor Kumar ; Anisha, P.R. ; Reddy, A. Ravi Shankar
Abstract :
The mobile revolution has distorted the lives of people, providing not just communication but also basic financial access in the form of phone based money transfer and storage. With the emerging mobile technology innovations, making use of mobile as a virtual device for online transactions has overcome the effort to be put for physical transactions as mobile phone is used with a great versatility in our daily life, the use of this technology in the transportation sector via the ticketing process would be of a great support for thousands of passengers moving to and fro for their livelihood. The proposed architecture MRTS (Metro Rail Ticketing System) put forth an advanced mobile app, supports not only for online transportation money transaction but also many other wow factor facilities. The app would not only be proven to reduce the effort of physical transaction process but would also be proven to be secured, time saving, and highly compatible.
Keywords :
electronic money; mobile computing; railways; traffic engineering computing; MRTS; financial access; metro rail ticketing system; mobile technology innovation; online transportation money transaction; phone based money transfer; robust architecture; scalable architecture; transportation sector; Computer architecture; Mobile communication; Radiofrequency identification; Rail transportation; Security; Servers; MRTS; Mobile app; Smart Ticketing System;
Conference_Titel :
Computational Intelligence and Communication Networks (CICN), 2014 International Conference on
Print_ISBN :
978-1-4799-6928-9
DOI :
10.1109/CICN.2014.250
