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Towards an IOT Based System for Detection and Monitoring of Microplastics in Aquatic Environments

机译:朝着基于机置的系统,用于检测和监测水生环境中微塑料

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Monitoring presence of micro-plastics in the ocean and fresh waters is an important research topic due to a need to preserve marine ecosystem. Microplastics represent threats to living organisms, producing harmful effects, ultimately also having an impact on humans through the food-chain. Use of laboratory-based and in situ techniques do help in investigating density and scale of this kind of pollutants. The in-situ sensing techniques are gaining popularity due to automation and continuous availability. These techniques though need an accurate hardware and efficient computing model to achieve desired success. Here, we propose an IoT based system called 'SmartIC' using specialized sensors and intelligent computing tools, specifically designed for in-situ monitoring of microplastics in natural aquatic environments. This paper is focused on system architecture, monitoring process and outline of experimental work. The initial research provides very promising results. A further course of the investigation with validation will be conducted in future to establish the proposed system completely.
机译:监测海洋和新鲜水域中微塑料的存在是由于需要保留海洋生态系统的重要研究课题。微血塑品代表了对生物体的威胁,产生有害影响,最终也对通过食物链产生影响。使用基于实验室和原位技巧的使用确实有助于调查这种污染物的密度和规模。原位传感技术由于自动化和连续可用性而受到普及。这些技术虽然需要准确的硬件和有效的计算模型来实现所需的成功。在这里,我们提出了一种基于IOT的系统,称为“Smartic”的系统,使用专门的传感器和智能计算工具,专门用于在天然水生环境中出于原位监测微塑料。本文专注于系统架构,监测过程和实验工作概要。初步研究提供了非常有前途的结果。将来将在将来进行验证的进一步调查,以完全建立提议的系统。

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