首页> 外文会议>International Conference on Expotecnologia >Design of a WSN to determine the levels of CO and noise emitted in the parking of the CORPORACION UNIVERSITARIA ANTONIO JOSE DE SUCRE of the city of Sincelejo-Sucre
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Design of a WSN to determine the levels of CO and noise emitted in the parking of the CORPORACION UNIVERSITARIA ANTONIO JOSE DE SUCRE of the city of Sincelejo-Sucre

机译:WSN的设计,以确定Collece Universitaria Antonio Jose de Sucre的停车位和噪音的水平。

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Wireless sensor networks(WSN)have gained great importance in recent years in different investigations and different fields,due to its wide deployment,cost and utility advantages.The constant exposure to different gases produced by combustion engines and excessive levels of noise can cause alterations in human health,especially in medium and large cities in which the vehicle fleet increases year by year.In this project a real-time contamination monitoring system is developed using wireless sensor networks for the monitoring of carbon monoxide(CO)and noise pollution in the parking of the headquarters of the Corporacion Universitaria Antonio Jose de Sucre(CORPOSUCRE)in Sincelejo,Sucre.The data collected by the sensor nodes are sent to a computer where they can be viewed on the Serial Plotter platform.The design of the system was carried out through a site study in order to obtain the data of the variables used to get the results of the present study.The monitoring system is based on the Arduinos and XBee modules,which results in a simple design and low cost due to the characteristics of the elements used.The data obtained will allow to determine if the CO emissions and the noise levels in the parking of CORPOSUCRE exceed or not the maximum limits allowed.
机译:由于其广泛的部署,成本和实用优势,近年来,无线传感器网络(WSN)近年来越来越重要。由于其广泛的部署,成本和实用性,因此燃烧发动机产生的不同气体和过度噪音水平的不同可能导致改变人类健康,特别是在乘车舰队逐年增加的中等城市。在该项目中,使用无线传感器网络开发了实时污染监测系统,用于监测停车处的一氧化碳(CO)和噪音污染Collecion Universitaria Antonio Jose de Sucre(Corposucre)的总部,苏尔特省苏克雷。由传感器节点收集的数据被发送到可以在串行绘图仪平台上观看的计算机。系统的设计进行了通过网站研究,为了获得用于获得本研究结果的变量的数据。监控系统基于A. rduinos和xbee模块,这导致了由于所用元件的特性而设计的简单设计和低成本。获得的数据将允许确定CORPOSUCRE停车中的CO排放和噪声水平超过允许的最大限制。

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