Implementation of QuadCopter Dust Measurement System based on IoT using OSS(QDMS)

Jong-Hwan Kim, Byungchul Lee, Sung Hwa Lee, Jin-Tea Kim
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Abstract

In this study, there are regional limitations for the fine dust data provided by public data to represent the wide area air quality. It is about a method that can provide detailed data in a specific area beyond location restrictions. The goal of this implementation is to mount the IoT-based fine dust sensor on a quadcopter that can fly autonomously beyond the positional limitations of the current measuring station, which is fixed, and quickly move the fire-generating area and the area of rapid fine dust to make detailed measurements. Through this, the system is designed and implemented to enable the fundamental analysis of the occurrence. We designed a QDMS system and proposed a method to measure detailed changes in fine dust at a specific location through manufacturing and experiments.
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利用OSS(QDMS)实现基于物联网的四轴飞行器粉尘测量系统
在本研究中,公共数据提供的细尘数据在代表大区域空气质量方面存在区域局限性。它是关于一种方法,可以提供详细的数据在一个特定的区域超越位置的限制。此次实施的目标是,将物联网微尘传感器安装在可以超越目前固定测量站位置限制的自主飞行的四轴飞行器上,快速移动火源区域和快速微尘区域,进行详细测量。通过对该系统的设计和实现,实现了对事件的基本分析。我们设计了一个QDMS系统,并提出了一种通过制造和实验来测量特定地点细颗粒物详细变化的方法。
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