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Design of Students’ Attendance system based on mobile indoor location Ali Mohammad Hossein Zadeh Dr. Ah-Cho Koo Hajar Ghadirian Najafabadi

Design of students’ attendance system based on mobile indoor location

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Prepared for Mobilcase 2012 conference. Presented at UTEM University, Malaysia by Ali Mohammad Hossein Zadeh, 2012.

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Page 1: Design of students’ attendance system based on mobile indoor location

Design of Students’ Attendance system

based on mobile indoor location

Ali Mohammad Hossein ZadehDr. Ah-Cho Koo

Hajar Ghadirian Najafabadi

Page 2: Design of students’ attendance system based on mobile indoor location

Outline• Why attendance?

• Attendance systemso Fingerprint

o RFID

o Clickers

• Indoor Positioning Systems

• Methodology

• MMULBAS

Page 3: Design of students’ attendance system based on mobile indoor location

Why Attendance?• More class attendance => higher grades

• A strong correlation between absence from the

first day of class and overall result (Yao & Chiang,

2011)

• GPA is significantly correlated with attendance

(Broucek & Bass, 2011, Credé, Roch, &

Kieszczynka, 2010)

Page 4: Design of students’ attendance system based on mobile indoor location

Attendance Systems• Image processing technique to read the

attendance list data (Nawaz, Assad, & Khalil,

2010)

• Web based application to save students’

attendance data (Mar & Lancaster, 2005)

Page 5: Design of students’ attendance system based on mobile indoor location

Fingerprint• Fingerprint sensor, LCD, Server (Nawaz, Pervaiz,

Korrani, & Azhar-ud-din., 2009)

• Send Absent SMS (Shafi, Khan, Munir, & Baloch,

2010)

• Wireless System (Zhang & Ji, 2006)

Page 6: Design of students’ attendance system based on mobile indoor location

RFID• Radio Frequency Identification

• Readers and Tags (Chawla & Dong Sam, 2007)

• 2KB information on tag microchip (Kassem,

Hamad, Chalhoub, & El Dahdaah, 2010)

• Concern about student’s privacy (Silva, Filipe, &

Pereira, 2008)

Page 7: Design of students’ attendance system based on mobile indoor location

Clickers• Class Response System

• Since 1960 (Judson & Sawada, 2002)

• A software for lecturers to design their questions,

A clicker for students to send their answers

A receiver to receive responses to the

software (Kaleta & Joosten, 2007)

Page 8: Design of students’ attendance system based on mobile indoor location

Indoor Positioning Systems

• Global Positioning System (GPS) is suitable for

outdoor (Ungrangsi, Trachtenberg, & Starobinski,

2004)

• An indoor location-based service (Kuo-Fong, Liao,

& Jia-Siang, 2010)

Page 9: Design of students’ attendance system based on mobile indoor location

Methodology

AP

Media Access Control (MAC)

received signal strength indicator RSSI

Page 10: Design of students’ attendance system based on mobile indoor location

System Design

Server

Mobile App

Web Interfac

e

AP AP

AP

MySQL

PHPAndroi

d

Page 11: Design of students’ attendance system based on mobile indoor location

Mobile App Work Flow

Page 12: Design of students’ attendance system based on mobile indoor location

New Work Flow

Page 13: Design of students’ attendance system based on mobile indoor location

Requirements• Android Wi-Fi enabled mobile

• Internet Connection

• At least 3 Access Points to cover the area

Page 14: Design of students’ attendance system based on mobile indoor location

MMULBAS – First Lunch

Page 15: Design of students’ attendance system based on mobile indoor location

MMULBAS – Register

Page 16: Design of students’ attendance system based on mobile indoor location

MMULBAS – Reinstall

Page 17: Design of students’ attendance system based on mobile indoor location

MMULBAS – About

Page 18: Design of students’ attendance system based on mobile indoor location

MMULBAS – Help

Page 19: Design of students’ attendance system based on mobile indoor location

MMULBAS

Page 20: Design of students’ attendance system based on mobile indoor location

MMULBAS – Mobile Website

Page 21: Design of students’ attendance system based on mobile indoor location

MMULBAS – Mobile Website

Page 22: Design of students’ attendance system based on mobile indoor location

MMULBAS – Mobile Website

Page 23: Design of students’ attendance system based on mobile indoor location

MMULBAS – Mobile Website

Page 24: Design of students’ attendance system based on mobile indoor location

MMULBAS – Mobile Website

Page 25: Design of students’ attendance system based on mobile indoor location

Refrences• Broucek, W. G., & Bass, W. (2011). Attendance feedback in an academic setting: Preliminary results. College Teaching Methods

& Styles Journal (CTMS), 4(1), 45-48. • Chawla, V., & Dong Sam, H. (2007). An overview of passive RFID. Communications Magazine, IEEE, 45(9), 11-17. • Credé, M., Roch, S. G., & Kieszczynka, U. M. (2010). Class attendance in college. Review of Educational Research, 80(2), 272-

295. doi: 10.3102/0034654310362998• Judson, E., & Sawada, D. (2002). Learning from past and present: electronic response systems in college lecture halls. Journal of

Computers in Mathematics and Science Teaching, 21(2), 167-182. • Kaleta, R., & Joosten, T. (2007). Student response systems. Research Bulletin, 2007(10), 2. • Kassem, A., Hamad, M., Chalhoub, Z., & El Dahdaah, S. (2010, 12-15 Dec). An RFID attendance and monitoring system for

university applications. Paper presented at the Electronics, Circuits, and Systems (ICECS).• Kuo-Fong, K., Liao, I. E., & Jia-Siang, L. (2010, 15-17 Sept. 2010). An indoor location-based service using access points as signal

strength data collectors. Paper presented at the Indoor Positioning and Indoor Navigation (IPIN), 2010 International Conference on.

• Mar, L., & Lancaster, G. (2005). Attendance system. Learning & Teaching in Action, 4(1). • Nawaz, T., Assad, A., & Khalil, Z. (2010). Fully automated attendance record system using template matching technique.

International Journal of Engineering & Technology IJET-IJENS, 10(3), 57-64. • Nawaz, T., Pervaiz, S., Korrani, A., & Azhar-ud-din. (2009). Development of academic attendence monitoring system using

fingerprint Identification. IJCSNS, 9(5), 5. • Shafi, Q., Khan, J., Munir, N., & Baloch, N. K. (2010, 1-3 Aug. 2010). Fingerprint verification over the network and its application

in attendance management. Paper presented at the Electronics and Information Engineering (ICEIE), 2010 International Conference On.

• Silva, F., Filipe, V., & Pereira, A. (2008). Automatic control of students' attendance in classrooms using RFID International Conference On Systems and Networks Communications (pp. 384-389). Malta: IEEE.

• Ungrangsi, R., Trachtenberg, A., & Starobinski, D. (2004). An implementation of indoor location detection systems based on identifying codes. Intelligence in Communication Systems, 175-189.

• Yao, J. F. J., & Chiang, T. M. (2011). Correlation between class attendance and grade. Journal of Computing Sciences in Colleges, 27(2), 142-147.

• Zhang, Y., & Ji, L. (2006). The design of wireless fingerprint attendance system. Paper presented at the International Conference on Communication Technology (ICCT'06), Handan, Hebei, China.

Page 26: Design of students’ attendance system based on mobile indoor location

Q&A

Page 27: Design of students’ attendance system based on mobile indoor location

Thank You

ممنون

谢谢

Dankشکرا

Terima kasih

ありがとう

Gracias

Grazie

ขอขอบคุ�ณ

Спасибо

고마워 धन्यवा�द