ARDUINO-BASED DEVICE MODELING: INDOOR AIR QUALITY OF SICT THE RESULTS OF EVALUATION STUDIES

Авторы

  • Т. Nomin-Erdene
  • Лхагва Одончимег School of Information and Communication Technology (SICT), Mongolian University of Science & Technology (MUST)

Ключевые слова:

indoor air pollution, sensors, baseplates and control systems

Аннотация

As the level of air pollution increases, it starts to damage our environment. But whenever the topic of air pollution comes up, we talk about the environment. Outdoor air pollution also affects indoor air. In our research, we measured indoor air pollution in University using Arduino boards, gas, humidity, and temperature sensors. In this work, we proposed a cheap air quality monitoring system based on Arduino uno microcontroller. The Arduino is connected to 2 sensors and the measured data is displayed on the LCD screen. The sensors used are DHT11 for humidity and temperature sensors and Mq-2 for carbon dioxide (CO2). Our device is a device capable of taking measurements of real-time conditions. Air pollution in the school environment was measured with this simulated device and the results were obtained.

Загрузки

Опубликован

2024-12-20

Как цитировать

Nomin-Erdene Т., & Одончимег, Л. (2024). ARDUINO-BASED DEVICE MODELING: INDOOR AIR QUALITY OF SICT THE RESULTS OF EVALUATION STUDIES. Перспективные направления инновационного развития и подготовки кадров, 2(Часть 2), 112–121. извлечено от https://journal.bstu.by/index.php/ptid/article/view/1125

Выпуск

Раздел

Электронные системы и информационные технологии: научный, образовательный и прикладной аспекты