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Using the Internet of Things (IoT) for Natural Resources Monitoring System

机译:使用物联网(物联网)进行自然资源监控系统

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The article analyzes solutions for monitoring the quality of water and air based on Internet of Things technology and embedded smart systems. Modern smart technologies of Internet of Things allow to verify the water and air quality in real time using various sensors, APIs and open data. The IoT stack of technologies - Eclipse IoT, MQTT allows for fog and edge computing, as well as use big data algorithms to analyze, predict and notify users about air quality. And, according to project of the Open Data Institute and its co-author Tim Burners-Lee, data from the Internet of Things are now available in open sources, which allows developers to create a variety of mobile and web-applications based on the Internet of Things. Abroad, air quality monitoring data is available to users through real-time web applications and mobile applications. The article describes methodology for creating web application using API portal https://airkaz.org/ sensor data to measure PM 2.5 and PM 10 particles in the air. This application is designed to monitor the air quality and allows display the content of harmful substances in the air in Nur-Sultan.
机译:本文分析了基于事物互联网和嵌入式智能系统监测水和空中质量的解决方案。现代智能技术的东西允许实时使用各种传感器,API和开放数据验证水和空气质量。 IOT堆栈的技术 - Eclipse IoT,MQTT允许FOG和EDGE计算,以及使用大数据算法来分析,预测和通知用户关于空气质量。并且,根据开放式数据研究所的项目及其共同作者Tim Burners-Lee,现在有来自Internet的数据现在可以在开放来源中提供,允许开发人员根据互联网创建各种移动和Web应用程序东西的。国外,空气质量监测数据通过实时Web应用程序和移动应用程序可供用户使用。本文介绍了使用API​​ Portal HTTPS://Airkaz.org/传感器数据创建Web应用程序的方法,以测量下午2.5和空气中的PM 10颗粒。本申请旨在监测空气质量,并允许在Nur-Sultan中显示空气中有害物质的含量。

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