Environmental Monitoring System Based on Low-Cost Sensors

B. Mobaraki, S. Komarizadehasl, F. J. C. Pascual, J. Lozano-Galant
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引用次数: 4

Abstract

. Temperature and humidity measurements provide useful information on multiple areas of civil engineering application such as Structural Health Monitoring (SHM), Structural System Identification (SSI) and structures rehabilitation. Majority of the existing commercial systems are so costly and also these measurement paradigms need many reference spots for a full-scale structure. The aforesaid paradigms are based on collecting data through smart devices, transferring information to each other and in the final stage processing the obtained information collaboratively through cloud computing or the others technologies. Taking into account the above information and obstacles, utilizing the Open Source Platforms (OSP) microcontrollers like Arduino as well as low cost sensors are attracting more and more attention. This paper gives a comprehensive information about the most determinant aspects of the aforementioned kits in terms of their pros and cons, installation procedure, communication protocol, number of the required connections and specific characteristics of the data acquisition system.
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基于低成本传感器的环境监测系统
. 温度和湿度测量为土木工程应用的多个领域提供了有用的信息,如结构健康监测(SHM)、结构系统识别(SSI)和结构修复。现有的大多数商用系统都非常昂贵,而且这些测量范例需要许多全尺寸结构的参考点。上述范式是基于通过智能设备收集数据,相互传递信息,并在最后阶段通过云计算或其他技术协同处理所获得的信息。考虑到上述信息和障碍,利用Arduino等开源平台(Open Source Platforms, OSP)微控制器以及低成本传感器越来越受到人们的关注。本文就上述套件的优缺点、安装程序、通信协议、所需连接的数量和数据采集系统的具体特征等方面,提供了有关最具决定性的方面的全面信息。
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