UAV-based Measuring Station for Monitoring and Computational Modeling of Environmental Factors

Veaceslav Sprincean, Adrian Paladi, Vasili Andruh, Anton Danici, Petru Lozovanu, F. Paladi
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引用次数: 1

Abstract

Software application for computational modeling of environmental factors, in connection with U A V -based measuring station for environmental factors monitoring in realtime regime precise measurements [1], which facilitates the analysis and interpretation of the monitoring results, has been developed as an integrated mobile system for exact monitoring and computational modeling of environmental factors. This paper deals with the second stage related to the drone-dedicated system developed at the Moldova State University (MSU) in the research laboratory Environmental Physics and Modeling Complex Systems (MSU ePhysMCS Lab) for the observation and support of the air analysis for pollution, chemical and radiological contaminations [2]. The exact data are used in modeling of the impact of biotic and abiotic factors during the real-time environmental monitoring process.
基于无人机的环境因子监测与计算建模测量站
环境因子计算建模软件应用,结合基于uaa V的环境因子实时动态精确测量监测台站[1],开发了环境因子精确监测与计算建模集成移动系统,便于对监测结果进行分析和解释。本文涉及摩尔多瓦州立大学(MSU)在研究实验室环境物理和建模复杂系统(MSU ephysics实验室)开发的无人机专用系统的第二阶段,用于观察和支持污染,化学和放射性污染的空气分析[2]。在实时环境监测过程中,精确的数据用于模拟生物和非生物因素的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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