Driving Behaviors Recognition Using Deep Neural Networks

Karam Darwish, Majd Ali
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Abstract

Road accidents are skyrocketing, and traffic safety is a severe problem around the world. Many road traffic deaths are related to drivers’ unsafe behaviors. In this paper, we propose two different deep-learning models which classify the driver’s actions in a 60-second time frame into two main categories: Normal and Aggressive driving based on GPS data collected at 1 Hz, which is later preprocessed and passed to the proposed models to identify dominant driving behavior in each time frame. The models achieved an accuracy of 93.75 percent in real-world tests, which proves the efficiency of this method in driving behavior recognition.
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利用深度神经网络识别驾驶行为
道路交通事故急剧增加,交通安全是全世界面临的一个严重问题。许多道路交通死亡事故都与驾驶员的不安全行为有关。在本文中,我们提出了两种不同的深度学习模型,将司机在 60 秒时间内的行为分为两大类:基于以 1 Hz 频率收集的 GPS 数据,这些数据经过预处理后被传递给所提出的模型,以识别每个时间框架内的主要驾驶行为。在实际测试中,模型的准确率达到了 93.75%,证明了这种方法在驾驶行为识别方面的高效性。
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