RFTraffic: Passive traffic awareness based on emitted RF noise from the vehicles

Yong Ding, B. Banitalebi, Takashi Miyaki, M. Beigl
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引用次数: 14

Abstract

In this paper, a new traffic monitoring technique is introduced which works based on the emitted RF noise from the vehicles. In comparison with the current traffic sensing systems, our light-weight technique has simpler structure in both terms of hardware and software. An antenna installed to the roadside receives the signal generated during electrical activity of the vehicles' sub-systems. This signal feeds the feature extraction and classification blocks which recognize different classes of traffic situation in terms of density and flow. Different classifiers like Naive Bayes, Decision Tree and k-Nearest Neighbor are applied in real-world scenarios and performances higher than 95% are reported. Although the electrical noises of the various vehicles do not have the same statistical characteristics, experimental analysis shows that they are applicable for traffic monitoring goals. Due to the acceptable classification results and the differences between the proposed and current traffic monitoring techniques in terms of interfering factors, advantages and disadvantages, we propose it to work in parallel with the current systems to improve the coverage and efficiency of the traffic control network.
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射频交通:基于车辆发出的射频噪声的被动交通感知
本文介绍了一种基于车辆发射的射频噪声的交通监控技术。与现有的交通传感系统相比,我们的轻量化技术在硬件和软件方面都具有更简单的结构。安装在路边的天线接收车辆子系统电活动时产生的信号。该信号为特征提取和分类块提供信息,这些特征提取和分类块根据密度和流量来识别不同类别的交通状况。不同的分类器,如朴素贝叶斯,决策树和k-最近邻应用于现实场景,并且据报道性能高于95%。虽然各种车辆的电噪声统计特征不尽相同,但实验分析表明,它们适用于交通监控目标。由于分类结果可接受,且所提出的方法与现有的交通监控技术在干扰因素、优缺点等方面存在差异,我们建议将其与现有系统并行工作,以提高交通控制网络的覆盖率和效率。
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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