Proposal of an Efficient Approach to Attendance Monitoring System using Bluetooth

raj, R.Muthu; Das, Abhinav; Gupta, Subhash Chand

doi:10.1109/confluence.2019.8776978

Cited by 3 publications

(3 citation statements)

References 1 publication

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“…There are several taking-attendance apart from the traditional attendance taking method in a class, such as fingerprints scanners, facial recognition, Radio-Frequency Identification (RFID), Bluetooth, and QR code (Monday et al, 2018). Other approaches that used the low-cost setup are Bluetooth, and QR codes did not require the usage of any other additional device apart from a personal-owned smartphone (Raj et al, 2019). As for Bluetooth, the main Bluetooth device detect all the MAC address, which is within its range, and automatically logs their attendance (Gohel, 2018).…”

Section: Introductionmentioning

confidence: 99%

Development of Attendance and Temperature Monitoring System using IoT with Wireless Power Transfer Application

Abdullah¹,

Shazali²

2022

JST

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Enclosed areas pose a greater risk of transmitting infectious and bacterial diseases. The proposed system helps prevent disease by tracking students’ daily body temperature before entering the school premises. Each student will be provided with a unique QR code containing the student information, such as their name and class. The QR code needs to be scanned first by the camera-equipped smartphone before reading the body temperature. The thermometer will record the student’s body temperature and send the information to the smartphone via Bluetooth. The student’s profile will be updated with the recorded daily temperature. An Android application will be developed to scan the QR code and display the students’ profiles and information. In order to design a battery-less system, the system will be integrated with a wireless power transfer circuit. Based on the simulation results, the wireless power transfer circuit can be used as a wireless charger for the smartphone used in the system or for charging the thermometer’ of the thermometer.

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Section: Introductionmentioning

confidence: 99%

Development of Attendance and Temperature Monitoring System using IoT with Wireless Power Transfer Application

Abdullah¹,

Shazali²

2022

JST

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“…In academic institutions, recording student attendance consumes a significant amount of time per classroom session. Further, recording the actual time for which each student is present is time consuming, when considering the typical number of students in a batch, and such information when recorded is usually inaccurate [1]. Nevertheless, recording student attendance is a common practice in many schools and universities, especially for those that implement a mandatory attendance policy [2][3][4].…”

Section: Introductionmentioning

confidence: 99%

Classroom Attendance Systems Based on Bluetooth Low Energy Indoor Positioning Technology for Smart Campus

et al. 2020

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Student attendance during classroom hours is important, because it impacts the academic performance of students. Consequently, several universities impose a minimum attendance percentage criterion for students to be allowed to attend examinations; therefore, recording student attendance is a vital task. Conventional methods for recording student attendance in the classroom, such as roll-call and sign-in, are an inefficient use of instruction time and only increase teachers’ workloads. In this study, we propose a Bluetooth Low Energy-based student positioning framework for automatically recording student attendance in classrooms. The proposed architecture consists of two components, an indoor positioning framework within the classroom and student attendance registration. Experimental studies using our method show that the Received Signal Strength Indicator fingerprinting technique that is used in indoor scenarios can achieve satisfactory positioning accuracy, even in a classroom environment with typically high signal interference. We intentionally focused on designing a basic system with simple indoor devices based on ubiquitous Bluetooth technology and integrating an attendance system with computational techniques in order to minimize operational costs and complications. The proposed system is tested and demonstrated to be usable in a real classroom environment at Rangsit University, Thailand.

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“…staff / students. Some of the existing systems are based on IRIS [1], FINGERPRINT [2], [3], RFID [4], [5], IBeacon [6], Bluetooth [7] etc. The majority of these systems demands more time in marking the attendance, resulting in even maintaining queue sometimes and these systems are intrusive in nature.…”

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confidence: 99%

Student Attendance Management System using Principal Component Analysis Method

2020

IJITEE

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Attendance taking and maintaining is a tedious job in the academic institutions where the time of class is restricted. The manual attendance i.e., roll call or paper-based signature systems usually consumes more time and error prone and also possibility of recording proxy attendance is more. Attendance is one of the criteria in considering students’ eligibility for attending the external examinations and also for the promotion to the next semester / year, where these kinds of problems may cause severe effect on the academic institutions. As the strength of students in a class is increasing day by day; monitoring, awarding and maintenance of attendance has becoming a challenge for the academic institutions. As a solution, attendance can be recorded using anyone of the existing biometric techniques like fingerprinting, iris recognition, signature, face recognition etc. Face identification is the best method among all the earlier mentioned methods for implementing in the academic institutions as it does not require human intervention and it is a cost-effective technique. A novel student attendance recording and management system using a MATLAB application, LabVIEW, Camera interface and GSM is proposed in this paper. Students’ faces will be captured with the help of a camera connected to a computer and Eigen values of the captured images will be detected with the help of MATLAB executed by LabVIEW Mathscript node. LabVIEW, a graphical programming environment is adopted for acquiring face, processing and authenticating the student once the match is found. Authenticated student attendance will be updated, and a message will be sent with the help of GSM module interface to myRIO. Proposed system replaces the manual attendance system which improves the performance of existing system.

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Proposal of an Efficient Approach to Attendance Monitoring System using Bluetooth

Cited by 3 publications

References 1 publication

Development of Attendance and Temperature Monitoring System using IoT with Wireless Power Transfer Application

Development of Attendance and Temperature Monitoring System using IoT with Wireless Power Transfer Application

Classroom Attendance Systems Based on Bluetooth Low Energy Indoor Positioning Technology for Smart Campus

Student Attendance Management System using Principal Component Analysis Method

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