基于北斗的天空地一体化环境监测平台研究
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1.南宁学院机电与质量技术工程学院 南宁 530200;2.广西北斗天宇航天科技有限公司 南宁 530009; 3.广西科学院北斗创新应用研究中心 南宁 530007

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V19

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A space-sky-terrestrial integration environmental monitoring platform based on Beidou
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1. School of Mechatronics and Quality Technology Engineering, Nanning University, Nanning 530200, China; 2. Guangxi BeiDou Tianyu Aerospace Technology Co., Ltd. Nanning 530009, China; 3. BeiDou Innovation and Application Research Center of Guangxi Academy of Sciences, Nanning 530007, China

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    摘要:

    针对环境监测中存在的环境信息安全不能保证、偏远地区不易监测、利用通信网络存在覆盖盲区等问题,本文利用北斗高精准时空技术、短报文通信功能和地理信息系统强大的图形分析功能,构建基于北斗的天空地一体化环境监测平台。结合长江流域、洞庭湖水域的特点,将北斗系统与相关环境监测专业传感器组合,形成基于北斗的天空地一体化环保应用场景,对各项环境指标进行监测,并将监测数据传回数据库,进行分析处理及可视化。结果表明,基于北斗的环境监测平台能够实现24小时不间断的数据采集及传输,为科学化管理和决策提供数据支撑。

    Abstract:

    Aiming at the problems in environmental monitoring, such as the security of environmental information can not be guaranteed, remote areas are not easy to monitor, and there are blind areas in the use of communication network, this paper uses Beidou’s high-precision spatiotemporal technology and short message communication function, and the powerful graphic analysis function of geographic information system to build a space-sky-terrestrial integration environmental monitoring platform based on Beidou. Combined with the characteristics of the Yangtze River Basin and Dongting Lake, we combined the Beidou system with the relevant professional environmental monitoring sensors to form the space-sky-terrestrial integration environmental monitoring application scenario based on Beidou, then monitor various environmental indicators and send the monitoring data to database for analysis and visualization. The results show that the environmental monitoring platform based on Beidou can achieve 24-hour uninterrupted data acquisition and transmission, and provide data support for scientific management and decision-making.

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张利云,黄文德,张晓飞,庞湘萍,康娟,李靖.基于北斗的天空地一体化环境监测平台研究[J].电子测量技术,2021,44(20):60-64

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  • 在线发布日期: 2024-07-25
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