Implementation of RFID and IoT Based Smart Identity Card for Students.pptx

Implementation of RFID and IoT Based Smart Identity Card for Students

1. IMPLEMENTATION OF RFID AND IOT BASED SMART IDENTITY CARD FOR STUDENTS Presentation by Hema Darshana V S - 71382004020 Raja Priya R-71382004046 Raveena K R -71382004047 Under the Guidance of J Shiny Christobel Assistant Professor Department of ECE Research Promotion Scheme - 2023 SRIT

2. Outline Objectives Flow Diagram Methodology Budgetary allocation Conclusion References SRIT

3. Objectives To develop a college student smart card to ease the work load of students To make data easily available for students teachers and admins T o e n s u r e t h e p r i v a c y a n d s e c u r i t y o f t h e a d m i n s To ease the work of the admins from searching and checking for their details To completely provide the payment system of the students and teachers. SRIT

4. Flow Diagram SRIT SCREEN SCAN STUDENT CARD VERIFY STUDENT STUDENT EXISTS ERROR PROMPTED SCAN CARD NOT EXISTS SCREEN SCAN STUDENT CARD VERIFY STUDENT STUDENT EXISTS SCAN CARD NOT EXISTS ENTER PASSWORD VERIFY PASSWORD PASSWORD CORRECT ACCESSING LOG OUT ERROR PROMPTED SCREEN SCAN STUDENT CARD VERIFY STUDENT STUDENT EXISTS SCAN CARD NOT EXISTS

5. Methodology It consists of two sections namely Transmitting as well as Receiving Section. Transmitting section consists of Microcontroller, MIFARE reader, MIFARE tag, Wi-fi module and a Display. Receiving section consists of IoT and an App. When a student shows his/her MIFARE tag to the MIFARE reader, the reader connects to the microcontroller and the code of the tag is send to the microcontroller. IoT device is then connected to microcontroller via a wi-fi module. The data from the IoT device is send to the microcontroller through transmitting section. Finally, the data of the student is displayed on the LCD. SRIT

6. Budgetary Allocation SRIT Components Rate of the components ESP 8266 Micro-Controller 1200/- MIFARE Tags/Cards (1k) 6000/- MIFARE Card Reader 1000/- Cardprog3   -- NFC Tag Writer App -- Liquid Crystal Display 1500/- PCB Developer Board 2000/- Keypad 400/- IoT Device -- Adapter 400/- Power Supply -- Total Estimate 12,500/-

7. Conclusion The Concept of student smart card is to ease the pressure of the students and the admin. We can also use this kind of systems in office for employees, in hospital for patients and doctors or staff. In this System we are combining many applications in one system. By using this smart card student only need to carry only one card, except for large no. of documents, cash or cards for payments. Student just need to carry single card for all college or university operations. Only a single card can do many different operations from attendance to fine payment, from canteen payments to fees payment and every other operation required. Daily life of student can be completed using this single card. SRIT

8. References SRIT [1] Rao, Seema, and K. J. Satoa . ”An attendance monitoring system using biometrics authentication.” International Journal of Advanced Research in Computer Science and Software Engineering 3.4 (2013). [2] “Android tutorials” [Online]. https://developer.android.com/training/index.html 16.Apoorv, Raghav, and Puja Mathur. ”Smart attendance management using Blue- tooth Low Energy and Android.” Region 10 Conference (TENCON), 2016 IEEE. IEEE, 2016. [3] Shoewu , O. O. M. Olaniyi , and Lawson (2011), Embedded Computer-Based Lec - ture Attendance Management System, African Journal of Computing and ICT (Journal of IEEE Nigeria Computer Section), 4(3):27 – 36. [4] Mahesh Sutar, Mahesh Patil, Sachin Waghmare, “Smart Attendance System Using RFID In IOT”, International Journal of Advanced Research in Computer Engineer- ing Technology (IJARCET) Volume 5, Issue 4-April 2016

9. THANK YOU SRIT