PERANCANGAN SISTEM BOARDING PASS BANDAR
UDARA BERBASIS PAPERLESS MENGGUNAKAN
ELEKTRONIK KARTU TANDA PENDUDUK (EKTP)
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
PANGGIH NURYANTO, ANNUUM
Subject
T Technology (General)
Datestamp
2024-05-30 08:41:36
Abstract :
International aviation in the airport sector can use digital technology for an easier and faster boarding pass process. The boarding pass process uses ID reading technology on a chip embedded in the Electronic Identity Card (EKTP) and the ID chip reading process on the Electronic Identity Card (EKTP) must be integrated on the body so that no data is lost. In the research uses xampp for use as editor in servers and use php luhur for making the text the desired. To detection chip id data recorded on Electronic Identity Card ( EKTP ) used mfrc522 as censorship.Nodemcu esp8266 used to membancu the performance of mfrc522 to detection. The results obtained in this test are the detection tool system has a mean reading time obtained is 0.3265 seconds. For sending chip ID data to the registration site page and boarding pass on a web browser, the average time is 0.78192 seconds. NodeMCU ESP8266 as a divider for the wireless local area network (WLAN), the resulting average delay value is 3.488 seconds, the average packet loss is 83.4854809%, the average throughput is 0.28557 bps. The resulting mean value of jitter is 3.53248 seconds.
International aviation in the airport sector can use digital technology for an easier and faster boarding pass process. The boarding pass process uses ID reading technology on a chip embedded in the Electronic Identity Card (EKTP) and the ID chip reading process on the Electronic Identity Card (EKTP) must be integrated on the body so that no data is lost. In the research uses xampp for use as editor in servers and use php luhur for making the text the desired. To detection chip id data recorded on Electronic Identity Card ( EKTP ) used mfrc522 as censorship.Nodemcu esp8266 used to membancu the performance of mfrc522 to detection. The results obtained in this test are the detection tool system has a mean reading time obtained is 0.3265 seconds. For sending chip ID data to the registration site page and boarding pass on a web browser, the average time is 0.78192 seconds. NodeMCU ESP8266 as a divider for the wireless local area network (WLAN), the resulting average delay value is 3.488 seconds, the average packet loss is 83.4854809%, the average throughput is 0.28557 bps. The resulting mean value of jitter is 3.53248 seconds.
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