IMPLEMENTATION OF AN IOT PLATFORM FOR REMOTE MONITORING AND MANAGEMENT OF A SMART HOME SYSTEM
DOI:
https://doi.org/10.24867/30IH02MutavdzicKeywords:
IoT, Smart Home System, monitoring, management, mobile applicationAbstract
This paper presents a developed smart home system that monitors and controls lighting, temperature, and air humidity in the room, as well as entrance control and threat detection. Data is collected using an ESP32 microcontroller and distributed to an Internet server via the Arduino IoT Cloud platform, which allows users to manage the system and monitor its parameters through mobile applications or computers.
References
[1] Espressif, Mikrokontroler ESP32-WROOM-32, https://www.espressif.com/sites/default/files/documentation/esp32-wroom-32_datasheet_en.pdf.
[2] Probots, RFID modul MFRC522, https://probots.co.in/rc522-rfid-mifare-reader-writer-13-56mhz-with-keychain-tag.html.
[3] Datasheet Hub, Senzor temperature i vlažnosti vazdha DHT11, https://www.datasheethub.com/dht11-temperature-and-humidity-sensor-module/.
[4] Datasheet Hub, Senzor gasa i dima MQ-2, https://www.datasheethub.com/mq2-gas-sensor-detector-module/.
[5] Arduino Cloud, https://cloud.arduino.cc/.
[2] Probots, RFID modul MFRC522, https://probots.co.in/rc522-rfid-mifare-reader-writer-13-56mhz-with-keychain-tag.html.
[3] Datasheet Hub, Senzor temperature i vlažnosti vazdha DHT11, https://www.datasheethub.com/dht11-temperature-and-humidity-sensor-module/.
[4] Datasheet Hub, Senzor gasa i dima MQ-2, https://www.datasheethub.com/mq2-gas-sensor-detector-module/.
[5] Arduino Cloud, https://cloud.arduino.cc/.
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Published
2025-02-09
Issue
Section
Mechatronics