PEMBACAAN PADA ELEKTRONIK KTP (e-KTP) MEMANFAATKAN
NEAR FIELD COMMUNICATION (NFC) BERBASIS ANDROID UNTUK
KEPERLUAN ABSENSI MAHASISWA
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
YOHANES TUAPETEL, HEIN
Subject
Q Science (General)
Datestamp
2024-08-06 03:38:56
Abstract :
Electronic ID card (e-KTP) in Indonesia is an identity card that has a chip in which there is a person's personal data. Near Field Communication (NFC) as an e-KTP connector with an Android Smartphone to obtain data in the form of chip id used as primary attendance. Chip id is obtained from e-KTP and is managed on a system to differentiate between students from one another, the data is stored in the database and returned again to be displayed on the Smartphone. In reading e-KTP utilizing NFC results of experiments that have been tested that ordinary KTP cannot be read because ordinary KTP does not have a chip, so from the results of the experiment the normal KTP is invalid. While the results of the experiment using e-KTP can be read well and valid. Because e-KTP has a chip that can be read by NFC hardware on an Android smartphone and valid experimental results in the form of chip id and name stored in the web database
Electronic ID card (e-KTP) in Indonesia is an identity card that has a chip in which there is a person's personal data. Near Field Communication (NFC) as an e-KTP connector with an Android Smartphone to obtain data in the form of chip id used as primary attendance. Chip id is obtained from e-KTP and is managed on a system to differentiate between students from one another, the data is stored in the database and returned again to be displayed on the Smartphone. In reading e-KTP utilizing NFC results of experiments that have been tested that ordinary KTP cannot be read because ordinary KTP does not have a chip, so from the results of the experiment the normal KTP is invalid. While the results of the experiment using e-KTP can be read well and valid. Because e-KTP has a chip that can be read by NFC hardware on an Android smartphone and valid experimental results in the form of chip id and name stored in the web database
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