Monitoring of Toxic Gas and Dust from Motorized Vehicles on The Highway Using Internet of Things and Blob Detection

B. Siregar, Irwansyah, Seniman, F. Fahmi
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引用次数: 1

Abstract

This study aims to determine and analyze the effect of gas and dust on the number of motorized vehicles using wireless sensor network technology and linear regression. The data used are both primary and secondary data. Primary data were obtained by the results of monitoring using sensor devices, and secondary data obtained from documentation such as video recordings of motorized vehicles on the highway. A total number of samples were 17 videos. As a result, Blob Detection can determine and calculate moving objects on the highway by making pixel comparisons between empty roads and roads containing vehicles with a success rate of 81.25%. The study simultaneously shows that the variable number of vehicles together affects the gas and dust variables positively and significantly: 85.8%, and 76.7% respectively(p=0.05) using simple linear regression.
基于物联网和斑点检测的高速公路机动车有毒气体和粉尘监测
本研究旨在利用无线传感器网络技术和线性回归分析气体和粉尘对机动车数量的影响。使用的数据包括主要数据和次要数据。主要数据来自传感器监测结果,次要数据来自高速公路上机动车辆的录像等文件。样本总数为17个视频。因此,Blob Detection通过对空旷道路和有车辆的道路进行像素比较,确定并计算高速公路上的运动物体,成功率为81.25%。同时,采用简单线性回归分析表明,车辆数量对气体和粉尘的影响显著,分别为85.8%和76.7% (p=0.05)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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