Tugas Akhir
Optimalisasi sistem monitoring ruangan laboratorium radiografi dengan menggunakan sensor passive infrared (PIR) dan Camera infrared motion detection
Telah dikembangkan sistem monitoring ruangan laboratorium radiografi menggunakan sensor passive infrared (PIR) dan camera infrared motion detection untuk mendeteksi dalam keadaan gelap sebagai sistem keamanan ruangan. Sistem monitoring tersebut dibangun menggunakan perangkat elektronik pendukung yang berbasis mikrokontroler seperti Arduino UNO, sensor passive infrared (PIR) dan GSM Shield SIM900 untuk mengirim SMS. Hasil sistem monitoring ini dapat dipantau atau monitor perorangan dengan smartphone melalui aplikasi android. Hasil pengujian sistem notifikasi pada sistem monitoring Laboratorium Radiografi dengan persentase penerimaan data SMS saat kondisi terang sebesar 67% dengan selisih waktu menerima SMS dan mendeteksi objek adalah 3,81s dan saat kondisi gelap sebesar 60% dengan selisih waktu menerima SMS dan mendeteksi objek adalah 6,34s. rn rnKata kunci : Sensor Passive Infrared, Camera Infrared Motion Detection, Arduino. rnrnABSTRACT OPTIMIZATION OF THE RADIOGRAPHIC LABORATORY ROOM MONITORING SYSTEM USING PASSIVE INFRARED SENSORS AND INFRARED MOTION DETECTION CAMERA. Radiographic laboratory monitoring system has been developed using passive infrared sensors (PIR) and infrared motion detection camera to detect in the dark as a room security system. The monitoring system is built using microcontroller based electronic devices such as Arduino UNO, passive infrared sensors (PIR) and GSM Shield SIM900 to send SMS. The results of this monitoring system can be monitored or individual monitors with smartphones via android apps. The result of the notification system test on the monitoring system of Radiography Laboratory with the percentage of SMS data reception when the light condition is 67% with the difference of time receiving SMS and detecting the object is 3.81s and when the dark condition is 60% by the time difference of receiving SMS and detecting the object is 6.34s. rnKeywords: Passive Infrared Sensor, Infrared Camera Motion Detection, Arduino.
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