IRJET- Review based on Ticket Collection using Fingerprint Scanning

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 06 Issue: 04 | Apr 2019 www.irjet.net p-ISSN: 2395-0072
© 2019, IRJET | Impact Factor value: 7.211 | ISO 9001:2008 Certified Journal | Page 761
Review based on Ticket Collection Using Fingerprint Scanning
Bhagyashri B Bhagat1, Swapnil C. Banduke2, Prof. Shital P. Dawane3
1,2,3Dept of ENTC, GCE, Karad, Maharashtra, India.
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Abstract - Today, everything in the world is smart and digitalized. Many advances have been made in the transportation
sector too. However, public transport buses in India have always been an area where such new advances have turned their
faces out. In Past Years, human travels from one location to another takes months and years, with less support of technology
and communication tools. Currently, with the effective and efficient mode of transportation, we could travel thousands of a
long way with hours and days and communicate across the globe within split of seconds. As the denomination suggests, these
are typically designed with the speciﬁc purpose of automating the ticketing system, easing public transport use for passengers
and adding efficiency to revenue collection operations for this purpose we are developing one app. Whenever we will open this
application in our mobile system, we have to just scan the fingerprint of passengers, in which we have to collect the ticket of
passengers. Our primary objective is to design ticket-collecting process of the state or local transport vehicles, which will do
improvement in comfort, and convenience of passengers' travelling using Fingerprint scanning.
Key Words: Fingerprint Scanner, Android APP, Java Debugger, Android Studio, Smart Phone
1.INTRODUCTION
Public transport is the leanest and always been popular with the masses. The advancement in transport system has
increases in day-to-day life. The transport plays a vital role in individual’s life, in making it efficient so we are introducing
an android application. The android application has the bus ticket system-using fingerprint scanning. This Manuscript
delineates the design & development of a user friendly Online Bus Ticketing System based on Android platform. In current
Public transport system, Every Bus needs a conductor to collect money and issue ticket to each passenger; it is time
consuming, manual error like improper distribution of ticket, passenger travelling without ticket & currency exchange
many other problems. The proposed system provides android application for the passengers to buy their tickets online.
During the travel time, we can get the ticket by scanning fingerprint after that display details UIDAI and bank details of the
customer and make payment. Message alert as well as ticket receipt will be generated to the passenger as well as to
conductor. By this application, we can minimize the usage of paper (Tickets) and there will not be any problem in getting
change.
2. PROPOSED METHODOLOGY
PROBLEM DEFINATION:
The process of collecting the ticket charge from passengers is very inconvenient process because there is inconvenient for
both passenger and ticket collecting person regarding the change in cash. It becomes so messy and disordered situation
when to check documents of senior citizens, monthly ticket cards or any other documents under ticket concession schemes
for every time. This process becomes very uncomfortable in crowded situations.
OBJECTIVE OF THE PROJECT:
The sole objective of the project is to move a step forward towards the concept to design Ticket Collecting process of the
state or local transport vehicles (ST or buses) which will be used for improvement in comfort and convenience of
passengers travelling. The aim of our project is to reduce fraud in ticket collection and to make it digital, where we can
reduce the use of paper required for printing ticket as well as we can save the time. When passenger reached to the
destination then paper ticket becomes ineffective to that passenger. In this era of technology, India must focus on
inculcating an automated system for collecting bus fare. So the methodology will be effective for estimating journey
destinations at the disaggregate level and identiﬁes false positives reliably.

3. METHODOLOGIES OFIMPLEMENTATION
BLOCK DIAGRAM:
Fig-1 Block diagram of Proposed System
DESCRIPTION:
We are going to implement one device called “Fingerprint Ticket Collector”. Using this, ticket fare will be collected by
simply scanning the finger on this device. First, when any passenger scan finger ondevice this device will automatically find
all information related to that passenger like age and Bank account details. Almost every passengers Bank accounts details
are already linked with UIDAI (Aadhar). After that it will automatically debit money and collected ticket fare will
automatically transferred to MSRTC bank account. Hence, there will be no any problem of fraud and victimization of any
passenger regarding transactions. Then generate Ticket Receipt on customer as well as conductor. Hence, this can beat the
problem of checking of documents for every time while applying concessions. This will help to do all process within less
time with better convenience. In addition, count of people will be automatically generatedatabase bythis device.
REQUIREMENT:
HARDWARE:
1. Smart Phone
2. Fingerprint Scanner
SOFTWARE:
1. Programming language: Java
2. Complier: Android Studio
Ticket generating App:
This app is developed to scan the fingerprint of each passenger. As soon as the app is opened, it asks to turn on the Wi-Fi and
location on mobile. KIVI Wi-Fi is connected to the internet at each bus. Then after scanning automatically generate UIDAI
details and bank details of passenger with the help of bank details we can debited ticket amount of passenger then generate
ticket receipt in conductor as well as in passenger. Before implementing the project to Real time, the prototype model is
designed to test and validate. The app called MSRTC.
Finger Print Scanner:
Fingerprint Scanner offers very high accuracy, it is the most economical biometric PC user authentication technique, It is
one of the most developed biometrics and small storage space required for the biometric template that reduces the size of
the database memory required. In our project we are used Mantra MFS100 Fingerprint Scanner to ticket collection from
passenger. Fingerprint scanner scans & record the fingerprint and then it is will generate database of passenger in the ST
DEPT from fingerprint scanning. From that database, we can search fraud person in the bus. When ticket checker check their
fingerprint again after that who one them passenger fingerprint will not match then this person will be declared as fraud.

3.4 Flow Chart:
Fig.2 Flow chart of system
4. CONCLUSION
The manual fare collection system has many issues, which are overcome by our proposed system. Automated fare
collection system for public transport using this Android App is an innovative idea, which reduces manpower. This smart
Device can be implemented in the transport system, which will perform the fare collection automatically. The tickets are
generated directly on passenger’s mobile phones as well as conductor so paper tickets are eliminated. On that account, it
will make the passenger comfortable to travel with this User-friendly system. In case if the crowd in the bus exceeds the
number of passengers who can be seated in a bus , then using our device it will easy to collect the money from that source
to destination , which can be solved by the transport department.
5. FUTURE SCOPE
The system can further be devised with various new technologies to save Paper, Time, human efforts, increase ticket fare.
The system can further be developed as stated earlier in the aim in such a way that In mobile there is GPS sensor, so we
will provide live tracking of each and every bus in corner of Maharashtra GPS sensor enable us to show the LIVE SPEED
OF BUS, this will be helpful against the driver who drive in fast speed.
6. REFERENCES
1] António a. nunes, teresa galvão dias, and joão falcão e cunha, Passenger journey destination estimation from
automated fare collection system data using spatial validation, ieee transactions on intelligent transportation systems,
vol. 17, no. 1, January 2016.
2.Karthika j, varshanapriyaa s, sai haran s, suriyaprakash c 1assistant professor, Automatic bus fare collection system
using gps and rfid technology, volume 118 no. 20 2018, 1119-1124 .
3.Nikitha patil, adarsh k , android bus ticketing system , International journal of electrical, electronics and data
communication, issn: 2320-2084, volume-5, issue-10, oct.- 2017.

4.Mrs. d.anuradha1, m.v. durga devi2, k. keerthana3, k.dhanasree4, smart bus ticket system using qr code in android app ,
international research journal of engineering and technology (irjet), volume: 05 issue: 03 |mar-2018.
5.Naveen kumar , pavithra , pallavi ,kalpana , hari kumar, smart bus ticket system using qr code in androidapplication,
international journal of advancement in engineering technology, management and applied science (ijaetmas) , volume 05
- issue 02 february-2018.
6.Ahmed k. ibrahim and azman b ta'a, mobile – based bus ticketing system in iraq , european journal of computer science
and information technology vol.3, no.5, pp.42-55, november 2015.
7.Fan zhang, juanjuan zhao, chen tian, chengzhongxu, senior member, ieee, xue liu, member, ieee, and lei
raospatiotemporal segmentation of metro trips using smart card data ieee transactions on vehicular technology,vol.65, no.
3, march 2016.
8.gi-ren liu, phone lin, senior member, ieee, and yi-bing lin,fellow, ieeemodeling mobile ticket dispenser system with
impatient clerkieee transactions on vehiculartechnology,vol. 65, no. 12, december2016.

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IRJET- Review based on Ticket Collection using Fingerprint Scanning