Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning

Students' attendance in class is often mandatory in education and becomes a benchmark for assessing students. Sometimes there are still fraudulent practices by students to achieve minimum attendance. From the administrative perspective, a paper-based presence system is potentially wasteful and...

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Main Authors: Miftakhurrokhmat, Rian Adam Rajagede, Ridho Rahmadi
Format: Article
Language:Indonesian
Published: Ikatan Ahli Indormatika Indonesia 2021-02-01
Series:Jurnal RESTI (Rekayasa Sistem dan Teknologi Informasi)
Subjects:
Online Access:http://jurnal.iaii.or.id/index.php/RESTI/article/view/2575
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spelling doaj-e30cd128c1ca470186509be2d7e962632021-03-01T13:01:52ZindIkatan Ahli Indormatika IndonesiaJurnal RESTI (Rekayasa Sistem dan Teknologi Informasi)2580-07602021-02-0151313810.29207/resti.v5i1.25752575Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep LearningMiftakhurrokhmat0Rian Adam RajagedeRidho RahmadiUniversitas Islam IndonesiaStudents' attendance in class is often mandatory in education and becomes a benchmark for assessing students. Sometimes there are still fraudulent practices by students to achieve minimum attendance. From the administrative perspective, a paper-based presence system is potentially wasteful and extends the administrative stage because it requires manual recapitulation. This study aims to design a class attendance application based on facial pattern recognition, smile, and closest Wi-Fi. The method used in this research is a deep learning approach with CNN based architecture, FaceNet, to recognize faces. In addition to facial images, the system will also validate the attendance with location and time data. Location data is obtained from matching SSID from the database, and time data is taken when the user sends attendance data through API. This attendance system consists of three applications: web, mobile, and services installed on a mini-computer, which are integrated to sending attendance data to the academic system automatically. As confirmation, students are required to smile selfies to strengthen the validity of their presence. The testing model's accuracy results are 92.6%, while for live testing accuracy the model obtained 66.7%.http://jurnal.iaii.or.id/index.php/RESTI/article/view/2575presence, smiling, face recognition, convolutional neural network, deep learning
collection DOAJ
language Indonesian
format Article
sources DOAJ
author Miftakhurrokhmat
Rian Adam Rajagede
Ridho Rahmadi
spellingShingle Miftakhurrokhmat
Rian Adam Rajagede
Ridho Rahmadi
Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
Jurnal RESTI (Rekayasa Sistem dan Teknologi Informasi)
presence, smiling, face recognition, convolutional neural network, deep learning
author_facet Miftakhurrokhmat
Rian Adam Rajagede
Ridho Rahmadi
author_sort Miftakhurrokhmat
title Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
title_short Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
title_full Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
title_fullStr Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
title_full_unstemmed Presensi Kelas Berbasis Pola Wajah, Senyum dan Wi-Fi Terdekat dengan Deep Learning
title_sort presensi kelas berbasis pola wajah, senyum dan wi-fi terdekat dengan deep learning
publisher Ikatan Ahli Indormatika Indonesia
series Jurnal RESTI (Rekayasa Sistem dan Teknologi Informasi)
issn 2580-0760
publishDate 2021-02-01
description Students' attendance in class is often mandatory in education and becomes a benchmark for assessing students. Sometimes there are still fraudulent practices by students to achieve minimum attendance. From the administrative perspective, a paper-based presence system is potentially wasteful and extends the administrative stage because it requires manual recapitulation. This study aims to design a class attendance application based on facial pattern recognition, smile, and closest Wi-Fi. The method used in this research is a deep learning approach with CNN based architecture, FaceNet, to recognize faces. In addition to facial images, the system will also validate the attendance with location and time data. Location data is obtained from matching SSID from the database, and time data is taken when the user sends attendance data through API. This attendance system consists of three applications: web, mobile, and services installed on a mini-computer, which are integrated to sending attendance data to the academic system automatically. As confirmation, students are required to smile selfies to strengthen the validity of their presence. The testing model's accuracy results are 92.6%, while for live testing accuracy the model obtained 66.7%.
topic presence, smiling, face recognition, convolutional neural network, deep learning
url http://jurnal.iaii.or.id/index.php/RESTI/article/view/2575
work_keys_str_mv AT miftakhurrokhmat presensikelasberbasispolawajahsenyumdanwifiterdekatdengandeeplearning
AT rianadamrajagede presensikelasberbasispolawajahsenyumdanwifiterdekatdengandeeplearning
AT ridhorahmadi presensikelasberbasispolawajahsenyumdanwifiterdekatdengandeeplearning
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