attendance monitoring system related literature thesis

Student Attendance Monitoring System Using Face Recognition

7 Pages Posted: 24 May 2021

E CHARAN SAI

Jain University, Faculty of Engineering & Technology, School of Engineering and Technology

SHAIK ALTHAF HUSSAIN

Amara shyam.

Date Written: May 22, 2021

There is no reason that a critical educational practise like attendance should be viewed in the old, tedious manner in this age of rapidly evolving new technologies. In the conventional method, it is difficult to manage large groups of students in a classroom. Since it takes time and has a high risk of error when entering data into a system, it is not recommended. Real-Time Face Recognition is a practical method for dealing with a large number of students' attendance on a daily basis. Many algorithms and techniques have been developed to improve face recognition performance, but our proposed model employs the Haarcascade classifier to determine the to determine the positive and negative characteristics of the face, as well as the LBPH (Local binary pattern histogram) algorithm for face recognition, all of which are implemented in Python and the OpenCV library. For user interface purposes, we use the tkinter GUI interface.

Keywords: Local Binary Pattern Histogram(LBPH), Face Detection, Face Recognition, Haarcascade Classifier, Python, Student Attendance.

Suggested Citation: Suggested Citation

E CHARAN SAI (Contact Author)

Jain university, faculty of engineering & technology, school of engineering and technology ( email ).

Bangalore, 572112 India

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The Features of Quick Response (QR) Code as an Attendance Monitoring System: Its Acceptability and Implication to Classroom

2019, researchgate

The study was conducted to determine the features and acceptability of Quick Response (QR) Code innovative platform as an attendance monitoring system. Purposive sampling was used in the study involving 20 teachers who adapted the QR code and 36 students who were exposed to the attendance monitoring system during the first quarter of the academic year 2018-2019. Descriptive data analysis was used in the study using the adapted standardized survey questionnaire intended for evaluating database interface. The digital application was available and free on Android smartphones that can be exported to Microsoft Excel, while the system doesn't require an internet connection and ideal for a big class. With the combined evaluations of the teachers-user and students, data revealed that QR Code as attendance monitoring system was generally very highly acceptable in terms of reliability, efficiency, accuracy, usability, while highly acceptable in terms of security and confidentiality. The views of the participants imply that QR code as attendance checker was environment-friendly, cost-effective, user-friendly, innovative, very fast and readable codes. Hence, this study is geared towards evidence-based practice using this type of innovation that will serve as a preference towards continuous improvement and successful adaptation of the QR code that is essential in modifying and simplifying the checking of attendance of students in the classroom.

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This research paper explores the effectiveness of quick response (QR) codebased attendance systems with the added security measure of generating two QR codes per second. With traditional attendance tracking methods being time-consuming and inefficient, QR codes have become increasingly popular as a quick and efficient alternative. However, one concern with QR codebased attendance systems is the potential for fraud and misuse. To address this issue, this study proposes generating two QR codes per second to ensure that only the current and legitimate QR code is recognized. The purpose of this study is to assess the impact of this technology on student attendance rates, the accuracy and reliability of attendance data, and the overall user experience for both students and instructors. Through data analysis and surveys, we found that the use of QR codes with the added security measure resulted in increased student attendance rates, improved accuracy and reliability of attendance data, and a positive user experience for both students and instructors. This research provides practical insights for educational institutions considering the implementation of QR code-based attendance systems and contributes to the growing body of literature on the use of QR codes in education.

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Attendance Monitoring System Thesis Documentation | Chapter 2

Attendance monitoring system thesis documentation |chapter 2.

As a continuation of the previous chapter , Chapter 2 will discuss the background of the study and review literatures related of Attendance Monitoring System.

Steps in creating Chapter 2

How to write Attendance Monitoring System Thesis Chapter 2

You will cite different SYSTEMS that is similar to your study and state significant parts of it that can be applied to your thesis.

Background of the Study

Raymundo T. Tongson National High School Suay Extension (formerly known as Vicente B. Figueroa National High School, in honor of the lot donor) is an annex school of Raymundo T. Tongson National High School, Talaban, Himamaylan City. It is located in Purok RD, Barangay Su-ay, Himamaylan City, Negros Occidental with lot area of more or less 3,000 square meters with a total enrolment of 350 students from Grade 7 to Grade 10. The school has 12 teaching staff including the Teacher-In charge as the school head. It is a secondary school under the Department of Education Funded by the National Government.

The RTTNHS Su-ay Extension uses a manual transaction such as enrollment, attendance and library management. This problem is very common to some schools especially in some areas that are far located in the city. Nowadays, the students’ population is rapidly increasing and this is a big problem for the schools to have a manual transaction and operation.

Related Systems

Fingerprint-based attendance monitoring system.

Fingerprint recognition has commonly used for data access amongst a mobile community with increasingly portable devices, but it can also be employed for observation purposes, and this project characterized by how it could be used in this context to provide a fingerprint-based student attendance register. (C.O, Akinduyite, et al, 2013)

Daily Time Record System

Modern technology is a part of our daily life. It helps individuals and industries perform their tasks and daily routines, including their transactions. Modern technology gives an advantage in attaining our work. This technology consists of devices and information systems that help us attain faster and reliable transactions. Each system lessens the load in personnel and paperwork of the management.

Attendance Monitoring System

The computerized Students monitoring system that researchers developed is definitely for ID and Student’s verification only. The main objective of our system is to check whether the student has an authorized ID or a falsified one and to verify whether the student is properly enrolled in the school. The application of the RFID Matrix card system as a boarding student monitoring system was suggested to improve the management system and to monitor the activity group movement. The unique RFID tags enable management to path the student’s movement in and out of the campus. A particular without RFID card will generate the alarm and this will notify school administration about the availability of using an online monitoring system. This system used the main component of the RFID system, database management system, and wireless networking.

Barcode Attendance Monitoring System

Data security.

A computer security risk is any event or action that could cause loss of or damage to computer hardware, software, data, information, or processing capability. Some breaches to computer security are accidental, others are planned imposition. Some infiltrators do no damage; they merely access data, information or programs on the computer before logging off. Other infiltrators indicate some evidence of their presence either by leaving a message or by deliberately altering or damaging data. Computer systems are vulnerable to many threats which can expose various types of damage resulting in significant losses. Damage can range from minor errors that SAP database integrity to fires which destroy entire computer centers. Losses can stem from the actions of supposedly trusted employees deceive the system to outside hackers roaming freely through the Internet. The exact amount of computer-related losses is impenetrable; many losses are never discovered and others are covered up to avoid adverse publicity. (Rachelle Lucaña, 2012)

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