| Title |
Design and Development of a University Outdoor Air Quality Monitoring System |
|
Authors |
Paul Rodolf P. Castor, Michael A. Nabua, Paul B. Bokingkito, Jr., Apple Rose B. Alce, & Adrian P. Galido |
|
Publication date |
2024/4/29 |
|
Conference |
7th Information System International Conference (ISICO) |
| Volume |
234 |
| Issue |
2024 |
| Pages |
1697-1704 |
| Publisher |
Procedia Computer Science |
| Abstract |
An increase in air quality monitoring research using low-cost air quality sensors has been observed. Existing air quality monitoring systems provide real-time data on at most five primary pollutants, cover a short area, and could be made expandable. An air quality monitoring system utilizing a scalable, low power wide area network, centralized system, and low cost sensors is proposed. The nodes gather data on air pollutants and environmental factors. Data conversion, storage, and calculation of air quality indices were processed on the central subsystem and visualization through IoT cloud. The results suggest improvement in the design and integration of prediction models, battery, and power management techniques |
| Index terms / Keywords |
Air quality, monitoring, low power wide area network, air quality index, air pollution |
| DOI |
|
| URL |
|
Mindanao State
University - Iligan Institute of Technology