RTC BASED IMPLEMENTATION OF RFID AND OTP BASED EXAM PAPER LEAKAGE PROTECTION SYSTEM
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Abstract
In this article, the test is the main focus of the educational system. The test's main objective is to find suitable candidates for different positions. There are yearly reports of papers being leaked, leading to the cancellation or postponement of exams. To provide a compact and portable solution, we consequently made the decision to design and install an incredibly safe test paper leakage protection system based on Arduino. In addition, a GSM modem, RFID module, keypad, and electromagnetic lock are used in this system. The university first sends the exam paper to the college in an electronic sealed box called an Electronic Control Box.
The Electronic Control Box was created using the Arduino processor, which has an integrated RTC system for device monitoring. If someone tries to open the box before or after the RFID swipe time period, the system alerts the university administration via a GSM SMS (Short Message Service) stating that "some malfunctioning has taken place with the Electronic Control Box". If the passwords don't match, the person with access will get a notification on his phone. A single buzzer sound will indicate that the password entered is wrong. We can therefore conclude that the exam papers have been tampered with.
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References
Tejuswi Y, “RFID based access card for
public enrollment and distribution: a research survey”, IEEE Journal on selected areas in
communication, Vol.2, No.9, (2013).
Mouli CC, “Embedded System Based
Exhaust Fan Control”, Lab Experiments–A
Journal of Laboratory Experiments, Vol.11,
No.3, (2011), pp.200-201.
Nalajala P, “Provide Safety in School
Children’s Vehicle in Urban Environments
using Navigation system”, International
Journal of Applied Engineering Research,
Vol.12, No.13, (2017), pp.3850-3856.
Nagaraja C, Chandra Mouli C, Athavulla S
& Bheemalingaiah T, “A Microcontroller
Based Programmable Power Supply, Lab
Experiments”, A Journal of Laboratory
Experiments, Vol.10, No.4, (2010), pp.249-
Wankhade PP & Dahad SO, “Real time
vehicle locking and tracking system using
GSM and GPS technology-an anti-theft
system”, International Journal of Technology
and Engineering System (IJTES), Vol.2, No.3.
(2011), pp.272-275.
Godavarthi B & Papa RN, “Wireless
Sensors Based Data Acquisition System using
Smart Mobile Application Internet of things”,
International Journal of Advanced Trends in
Computer Science and Engineering, Vol.5,
No.1, (2016), pp.25-29.
Godavarthi B, Nalajala P & Ganapuram V,
“Design and implementation of vehicle
navigation system in urban environments
using internet of things (IoT)”, IOP
Conference Series: Materials Science and
Engineering, Vol.225, No.1, (2017).
Rao NP, Bhavana G & Teja MLR, “RTOS
Based Image Recognition & Location Finder
Using GPS, GSM and OpenCV”, International
Advanced Research Journal in Science,
Engineering and Technology, Vol.2, No.12,
(2015), pp.85-88.
Bhavana G, Mohammad K, Paparao N,
“Biomedical sensor based remote monitoring
system field of medical and health care”,
Journal of Advanced research in dynamical
and control systems, Vol.9, No.4, (2014),
pp.210-219.
Paparao N, Ponna M & Bhavana G,
“RFID Based Security for Exam Paper
Leakage using Electromagnetic Lock System”,
International Journal of Pure and Applied
Mathematics, Vol.117, No.20, (2017), pp.845-
Http://En.Wikipedia.Org/Wiki/Test_(Asse
ssment)
Arm System-On-Chip Architecture, 2/E
By Ferber, Pearson Education India, 01-Sep-
ARM System Developer's Guide:
Designing And Optimizing System, By
Andrew Sloss, Dominic Symes, Chris
Wright,Morgan Kaufmann, 10-May-2004
Http://Www.Mikroe.Com/Downloads/Get
/1215/
Http://Www.Inmotion.Pt/Store/RfidModule-Sm13 0-Mifare-(13.56-Mhz)
Paparao N, Ponna M & Bhavana G,
“RFID Based Security for Exam Paper
Leakage using Electromagnetic Lock System”,
International Journal of Pure and Applied
Mathematics, Vol.117, No.20, (2017), pp.845-
Http://Users.Ece.Utexas.Edu/~Valvano/Da
tasheet s/L293d.Pdf
Http://Www.Positronindia.In/Datasheet/D
S_PT00 06.Pdf
Http://Www.Maximintegrated.Com/Produ
cts/Inter face/Transceivers/Rs-232
Rfid: Applications, Security And Privacy,
By Simon Garfinkel, Beth Rosenberg, Pearson
Education India, 01-Sep-2006 [12]Principles
And Applications Of GSM By Vijay Kumar
Garg, Joseph E. Wilkes, Prentice Hall PTR,