| Autor: |
Fauzi Syahrul Rozak, Faris Abdul Aziz, Dra. Bernadeta Siti Rahayu Purwanti M.Si, Cahyani Wulan Hidayat |
| Rok vydání: |
2019 |
| Předmět: |
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| Zdroj: |
AIP Conference Proceedings. |
| ISSN: |
0094-243X |
| Popis: |
This is a research of identification system and position of the carrier model ID card. Unique number is using as identifier based on work principle of RFID tag and reader, utilizing radio waves. The method of experimental by tracking the unique number of ID card model carried by pilgrims. Before the models gets away from the group as soon as possible it detected at a certain position. This distance limitation is to guarantee the safety of the pilgrim and as a guarantee for the services of hajj bureau. Hajj service is prioritizes the safety and comfortable of every pilgrim’s member. So it is necessary to monitor the position of pilgrims who are away or separated from their group. The solution is by designing a tool / an identification system for tracking the position of hajj pilgrims. Position viewer media utilizes Google Maps on a smartphone. The purpose of this research is to design a system for anticipate the disappearance of hajj pilgrims. The identify is designed with concept of identification RFID tag-reader through radio waves 2.45 GHz. The detection system is adopted by utilizing two NodeMCU ESP8266 communications, each as an RFID tag and reader. The NodeMCU reader/master has identified as a unique number of the tag/client. The samples are consisting of two clients have been detected by Reader in NodeMCU according to unique number according to their position. Connectivity NodeMCU and GSM Module enables to send SMS for Tag users via smartphone/non smartphone. The message is “Wait, you get lost, so we will pick you up” and coordinate from Google Maps. The tracking system of the Tag model position by the reader has been tested at a radius of < 15 meter. |
| Databáze: |
OpenAIRE |
| Externí odkaz: |
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