| Summary: | 碩士 === 東海大學 === 資訊工程學系 === 105 === We all know that the distance between the power and communication network will affect the speed of the monitoring station deployment. The terminal sensor of this paper transmits data through Laura low power network and provides our rapid deployment monitoring station so that we can easily collect detailed Data, LORA low-power network suitable for use in the open area and multi-building area and to collect data transmission is stable and reliable. The experiment is planned to set up six monitoring locations in the school. Indoor and outdoor use, using PM2.5 sensor, CO2 concentration sensor and temperature and humidity sensor, every minute back to the system database through the OSM map (Open Street Map ) Shows how we can monitor the air quality of the monitoring stations in the Donghai University campus and the surrounding areas. We also collect open information from the Environmental Protection Department of the Executive Yuan to provide information on the integrity of the air quality of the campus life , Historical data will be collected and created in ELK Stack. Kibana Draw Visual Graphics provides analysis with regional comparisons, and finally combines interactive interfaces for use by decision makers. Also conducted on the campus LORA performance of the experiment and evaluation, this set of LORA low-power network and real-time monitoring system is easy to apply to other related environmental data collection system and real-time analysis and evaluation.
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