Prototipe Otomatisasi Pengaman Rumah Berbasis Arduino Dan Android

Abstract

The home security automation based on Arduino and Android is a system designed to secure homes from intruders and fire hazards. The system is equipped with an automatic lighting in a living room and porch, as well as a software application installed on the smartphone of the home's owner who gets notification if fire or an intruder is detected, and notices when the living room lights and porch lights are on. The system uses passive infrared sensors (PIRs) to detect intruders and will turn on a buzzer to notify someone. The PIR sensor is also installed in the home main door to automatically turn on the living room lights when the owners enter the house. A gas sensor MQ-2 is placed in the kitchen room to detect gas leak, while a light dependent resistor sensor (LDR) is used to detect light on the porch. All sensors data will be sent to NodeMCU for processing. The Android app with App Inventor through the Ubidots webserver is used for notification. From the observation results, it can be concluded that the five sensors work well and NodeMCU successfully transmits sensor data to the Ubidots web server. The Android app successfully sends notifications to smartphone according to the data received from the webserver. The average time required to notify the Room One's PIR sensor is 2.7 seconds, Room Two's PIR is 2.2 seconds, main door's PIR is 2.2 seconds, LDR sensor is 4.3 seconds, and MQ-2 gas sensor is 4.6 seconds.

Prototipe Mobile Main Control Fire Alarm Untuk Area Risiko Kebakaran Tingkat Sedang

“…Data tersebut kemudian dikirimkan ke web server berjenis free hosting yang dapat diakses oleh pengguna dengan smartphone yang berbasis Android. Sensor MQ-2 sebagai pendeteksi kebocoran gas mampu mendeteksi kebocoran gas dengan media korek gas dan dapat menyalakan buzzer pada prototipe rumah dengan jarak uji 0 cm, 5 cm, dan 10 cm [3].…”

Object motion detection in home security system using the binary-image comparison method based on robot operating system 2 and Raspberry Pi

“…The use of PIR sensors as input media for human motion detection in home security systems has been applied by [5] [6] and [7]. In these studies, the researchers [5] and [6] have used Arduino Uno as the control center, while the researcher [7] using the NodeMCU as the control center to control the PIR sensor input.…”

“…The use of PIR sensors as input media for human motion detection in home security systems has been applied by [5] [6] and [7]. In these studies, the researchers [5] and [6] have used Arduino Uno as the control center, while the researcher [7] using the NodeMCU as the control center to control the PIR sensor input. Next, the use of cameras as a home security system tool has been developed by [8] and [9] which has been used only to record video when the sensor detects human movement.…”

Peningkatan Kemampuan Siswa Berbasis Arduino Untuk Mikro Industri

“…Mitra Pengabdian kepada Masyarakat (PkM) ini memiliki kekurangan dalam alat peraga atau emulator yang dapat mendukung proses belajar mengajar siswa terhadap bidang pelajaran terutama elektronika komputer. Emulator Arduino adalah suatu teknologi mikrokontroler dibutuhkan untuk merangsang daya nalar dan imajinasi siswa terutama dibidang ilmu elektronika, instrumentasi, dan kontrol (Muslihudin, Renvilia, Taufiq, Andoyo, & Susanto, 2018) (Ramadhan & Prawiroredjo, 2018). Dengan adalanya emulator Arduino ini, maka dapat membantu proses belajar siswa dalam memahami sebuah ilmu elektronika komputer untuk membangun suatu teknologi untuk mikro industri.…”