最佳剂量计部署到智能城市物联网平台,用于宽带EMF暴露评估

Luis Díez, L. R. D. Lope, Ramón Agüero, Y. Corre, J. Stephan, M. Brau, S. Aerts, G. Vermeeren, L. Martens, W. Joseph
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引用次数: 4

摘要

由欧洲委员会资助的LEXNET项目正在介绍评估人口电磁场暴露的新概念。它还旨在评估未来技术减少这种电磁场暴露的能力。本文提出的平台是一个原创的工具,用于在城市规模下连续测量多频段下行电场强度,依赖于先前项目中开发的SmartSantander传感器网络。测试平台集成了一个新的设备来捕获电场强度,即连接的剂量计。这里报告的工作重点是在桑坦德市部署这些剂量计。所提出的方法使用模拟和测量来实现最佳设计,即提供相关暴露统计数据并允许创建暴露图的剂量计部署。本文给出了预部署模拟的结果,而完整的设计优化将在2015年晚些时候进行演示。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimal dosimeter deployment into a smart city IoT platform for wideband EMF exposure assessment
LEXNET project, funded by the European Commission, is introducing new concepts for the assessment of the population EMF exposure. It also aims at evaluating the capability of future technologies to reduce this EMF exposure. The platform presented in this paper is an original tool for a continuous measurement of the multi-band downlink Electric Field strength at a scale of a city, relying on the SmartSantander sensor network that was developed in a previous project. The testbed integrates a new equipment to capture the E-field strength, i.e. connected dosimeters. The work that is reported here focuses on the deployment of those dosimeters in the city of Santander. The presented methodology uses both simulation and measurement to achieve an optimal design, i.e. a dosimeter deployment that provides relevant exposure statistics and allows for the creation of exposure maps. Results on the pre-deployment simulations are given in this document, while the complete design optimization will be demonstrated later in Year 2015.
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