SMART CARD FOR VARIOUS APPLICATION IN INSTITUTION

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056
Volume: 09 Issue: 04 | Apr 2022 www.irjet.net p-ISSN: 2395-0072
© 2022, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 2897
SMART CARD FOR VARIOUS APPLICATION IN INSTITUTION
Harshal Koli1, Niraj Thakur2, Shubham Panchal3, Rupali Sathe4
1,2,3, Dept. of Information Technology PHCET Rasayani, Maharashtra, India
4Asst.Prof. Rupali Sathe, Dept. of Information Technology PHCET Rasayani, Maharashtra, India
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Abstract - Smart cards have been around for a long time
now; it used to keep the right amount. At the moment smart
cards can be seen in the communications and retail sector.
This paper aims to create a style of student card institution
that uses mobile credit technology that can be used in the
retail and educational sectors. A good ID will be used as a
source of identification, protection and funding. From there
we can see the power of smart cards interacting in many
ways, their functionality and their value. Open credit has a
different barcode on each card provided by the scholar.
Good identification does not store data directly within the
rotating credit but within the account-based system server.
This will speed up the process and keep the activity secure.
Key Words: Smart Card, Identity Card, Attendance
System, Library Management, Transaction Card
1. INTRODUCTION
A smart card, a chip card type is a plastic card
embedded with a computer chip that stores and transmits
data. cardboard data is transmitted through a barcode that
is part of a computer system. advanced account credit
protection systems are in place today across all important
applications, including health care, banking, entertainment
and transportation. The compact detection contains a
barcode that acts as an academic novel that may reduce
student activity. The authority for all positive
identification is given to the administrator who can refill
the cardboard if necessary. This card is useful for coding in
places like pubs and standing shops. When the cardboard
box is inserted, a unique ID is scanned and as a result is
deducted from the student's account. For the purpose of
presence, open credit is scanned and the presence of code
is sent directly to the server so the teacher does not have
to try to make paperwork. Similarly in the event that there
is a standing shop on the college campus where the
amount is deducted from the student account and in the
same way as the bar. Therefore, the specialist should carry
out a positive diagnosis. Thus, this card is incredibly useful
for the reader and makes many of its tasks easier.
1.1 Purpose
This project includes a card containing an empty
barcode other than a unique card given to the student and
intelligence. This project is designed to reduce student
workload. For the purpose of records, intelligence should
keep registers in place, this can be replaced by the use of a
smart card.
1.2 Scope
A smart card can be used to record student attendance.
It also works for campus payment purposes.
The card can also be used as a library card.
2. LITERATURE SURVEY
For all the different purposes there is a different card and
at times it is difficult to carry all these cards especially for
students, who wish to carry one card that can achieve all
the goals. This paper aims to design a student card
program for the institution that uses smart card
technology that can be used where available, to pay.
The plan also includes the use of Critical Public
Infrastructure (PKI) for data protection. CMS manages the
entire life cycle of smart cards, such as card requesting,
printing, and defining the owner's status.
Smart card technology not only provides secure access to
sensible and realistic apps but also provides a natural
value for security, authentication and multi-application
capabilities in various transport, banking, communications
and public industries. The public impact on the use of
security systems and technology backed by smart card
technology is growing rapidly from the events of 11
September. The presentation will provide a brief overview
of smart card technology to understand where technology
is going, and provide four smart card courses (domestic
and international) in the fields of IT Network Security,
public health care, financial services and free play.
3. CHALLENGES
Instead of carrying a lot of different cards to the center,
the student can carry one card that can be used for supply
desirable objectives such as removing books from the
library and stationery, presence smart class. This project
includes a card containing an empty barcode other than the
unique card assigned to it student and faculty. This project
is designed to reduce student work. For the purpose of the
records, the intelligence was to keep registers in order, this
can be changed using a smart card. When making a
payment at the 3rd center a party app or a separate card or
cash used either combined with the use of a single smart

card. Upcoming the future is automatic so this type of
project will be implemented our facility looks smarter and
saves time with staff of operation.
4. SOLUTION
Below are some of the possible solutions considerations
of the challenges mentioned above:
1. A smart card can be used to record the presence of
students.
2. It also serves the purposes of transaction on campus.
3. This Card can be used for library purposes.
5. METHODOLOGY
Attendance module records attendance of student with
the assistance of barcode printed on open-end credit of
student and stores it into the database. The data recorded
by the module is uploaded directly to the website which is
why it overcomes the efforts made in the current
environment. Data is usually used to control or perform
tasks.
Recharge smartcard (that is office admin of the college)
is employed to feature money into the account of the
cardboard . A limit is made in order that a card might not
he abused. To start the appliance the cardholder is
required to scan their card. The cardholder then specifies
the amount to be entered in if the new balance exceeds the
limit, the maximum amount of error requested otherwise
the value will be increased. It comes under the Admin
Login module
Payment module will be operated by the staff
members, the module handler will take care of recharging
the students monetary balance in the card and also the bill
payment in the canteen, stationary shops, Fee Payments
will be carried out using this card.
In library module the book keeper can assign book to a
specific student on the unique ID that might be generated
by the open-end credit , it'll also keep track of late
returning of book and can automatically levy fine upon the
actual student.
Unique card ID that is barcode will stored the student
info so there will be no need of separate ID card for
student.
6. WORKING OF PROJECT
1. ATTENDANCE
Fig 2. Flowchart of Attendance
In the Fig 2. It describes the process of student
attendance and the teacher is updated using a barcode
scanner. Through the scanner, the user will scan the
barcode on his smart card. After scanning the card, the
entry of the student or teacher will be completed on the
Database and after verifying its validity, attendees will
be reviewed.
Fig 3. Attendance Page of Student
There are many multiple pages in the application. Fig.3
shows the attendance page of the where the student can
check the attendance all by himself for which
lecture/class he was present or absent. The attendance

which is stored in the database will automatically be
shown in this page of the application.
2. PAYMENT
Fig 4. Flowchart of Payment
Fig.4 describes the payment process on the premises a
college, for example, in a bar or paying a fine in the
library. By selecting the 'Payment' option, the user will
see a window asking for the amount to be paid again
who has to pay. After scanning the barcode, it will ask
password and after confirmation, if the password is
valid then a transaction will take place.
Fig 5. Payment Page in the Application
Fig.5 shows the payment page where the transaction
which are done throughout the Institution are shown in
this page of the application, the records of the payment
and also the date of the transaction is visible to the user
so he/she may know where exactly and when did the
transaction took place.
7. RESULTS
PARAMETERS CURRENT
SYSTEM
IMPROVEMENT
Attendance Attendance
is been
taking
manual this
date.
Registers
are to be
maintained.
Attendance can
be entered by
simply scanning
the smart card.
Payment Students
and faculty
are using
hard cash
for
payment.
Smart card can
be used to make
the payment
directly by
scanning.
Library Libraries
are using
traditional
system
which is
catalogued
system.
Libraries will
used electronic
method in
which smart
card will store
the information
of issuing the
book, date of
issuing and
submission.
In Existing System Attendance is been taken manually
but in implemented system attendance can be entered
by simply scanning the smart card. Students and faculty
are using traditional payment that is hard cash for
payment but in implemented system smart card are use
to make the payment directly by scanning. In this
System we have added library system in this library
system electronic method in which smart card will store
the information of issuing the book, date of issuing and
submission.

7. CONCLUSION
The smart card is a growing technology. The
implementation of smart cards will improve security
generally, efficiency caused by a cashless environment,
data consistency and functionality of student card.
Through the applications of the versatile open-end
credit, many improvements within the existing
environment are often made. When the cardboard is
scanned then, the unique id is stored and accordingly
transaction or process will perform. Cash is deducted
from the student's account. Smart cards are often
adopted in various sectors and on taking upon the usage
of smart cards it'll improve their functionality,
efficiency, and usefulness.
The future of smart card is looking bright. The many
existing and potential advantages smart card has to
offer both the public and private sectors of the industry
raise the interests of many large corporations such as
Wachovia and Motorola. Compared to the conventional
magnetic strip’s cards, smart cards offer increase
security, convenience, and economic usage.
8. REFERENCES
1. W. Li, X. Yan, X. Li and J. Yang, "Estimate
Passenger™ Walking and Waiting Time in Metro
Station Usingopen-end credit Data (SCD)," in IEEE
Access, vol. 8, pp. 11074-11083, 2020.
2. Q. Miao, F. Xiao, H. Huang, L. Sun and R. Wang,
"Smart attendance system supported distribution
algorithm with passive RFID tags," in Tsinghua
Science and Technology, vol. 25, no. 2, pp. 217-
226, April 2020
3. P. Keliris, V. D. Kolias and K. S. Nikita, "Smart
cards in healthcare information systems: Benefits
and limitations," 13th IEEE International
Conference on Bioinformatic and BioEngineering,
Chania, Greece
4. Benyon, David, Kristina & Nigay, Laurence (2010).
Spaces of Interaction. British Computer Society
Swinton, 2:1-7. [8] Benyon, David, Turner, Phil &
Turner, Susan (2005): Designing Interactive
System- People, Activities, Contexts, Technologies.
England: Addison-Wesley.
5. Md. Sajid Akbar, Pronob Sarker, Ahmad Tamim
Mansoor, Abu Musa Al Ashray, Jia Uddin, Face
Recognition andRFID Verified Attendance System,
2018 International Conference on Computing,
Electronics & Communications Engineering, 2018.
6. Chung, Pao-Lang. "Contactless Smart-card Reader
with Security and Hybrid Multi-core Parallel
Verifying Process." U.S. Patent Application
15/455,189, filed October 5, 2017.

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