Environmental monitoring through embedded system and sensors

N. Vidakis, Michail-Angelos Lasithiotakis, E. Karapidakis
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引用次数: 10

Abstract

Environmental pollution is an international serious, acute, health and social problem that humans are responsible for. Rapid technology evolution could provide us solutions to predict and monitor environmental parameters and thus minimize or even eliminate environmental pollution. Using a wireless sensor network (WSN) and an Internet of Things (IoT) implementation, we can create an eco-friendly and controlled environment. This paper presents an embedded and standalone system that can monitor, store and analyse environmental data as well as calculate energy consumption in specific settings. Information is available via a web application with central management abilities. Our appliance can work standalone as well as part of a smart ICT grid of appliances. The system aims to determine and designate environmental spaces, in which human activities could be harmful. More specific, it can be used at world cultural heritage and archaeological places, building, constructions where allowance of human intervention is prohibited or very limited. Collecting and analyzing data can help us estimate the environmental consequences of human actions.
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通过嵌入式系统和传感器进行环境监测
环境污染是一个由人类负责的国际性严重、尖锐的健康和社会问题。快速的技术发展可以为我们提供预测和监测环境参数的解决方案,从而减少甚至消除环境污染。使用无线传感器网络(WSN)和物联网(IoT)实现,我们可以创建一个生态友好的可控环境。本文介绍了一种嵌入式独立系统,它可以监测、存储和分析环境数据,并计算特定设置下的能耗。信息可通过具有集中管理功能的web应用程序获得。我们的设备可以独立工作,也可以作为智能ICT设备网格的一部分。该系统旨在确定和指定人类活动可能有害的环境空间。更具体地说,它可以用于世界文化遗产和考古场所,建筑物,建筑物,在允许人为干预被禁止或非常有限。收集和分析数据可以帮助我们估计人类活动对环境的影响。
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