Real-Time Distracted Drivers Detection Using Deep Learning

Vlad Tămaș, V. Maties
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引用次数: 11

Abstract

In the last few years, the number of road accidents is increasing worldwide. According to the World Health Organization the most common cause behind these accidents is driver’s distraction and in many cases is caused by the use of a mobile phone. An attempt to develop a system for detecting distracted drivers and warn the responsible person against it was done. The system is a CNN based system that detects and identifies the cause of distraction. The base architecture for the CNN is VGG-16 and is modified for this task. Various activation functions (Leaky ReLU, DReLU, SELU) were used in order to investigate performance. Also, the performance of a lightweight attention module (squeeze-and-excitation) was evaluated. Experimental results show that the system outperforms earlier lightweight models in literature achieving an accuracy of 95.82%.
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基于深度学习的分心驾驶员实时检测
在过去的几年里,世界范围内的道路交通事故数量正在增加。据世界卫生组织称,这些事故背后最常见的原因是司机分心,在许多情况下是由使用手机引起的。开发一种检测分心司机并警告责任人的系统的尝试已经完成。该系统是一个基于CNN的系统,可以检测和识别分心的原因。CNN的基本架构是VGG-16,并为此任务进行了修改。使用了各种激活函数(Leaky ReLU, DReLU, SELU)来研究性能。此外,还对轻量级注意力模块(挤压激励)的性能进行了评估。实验结果表明,该系统优于文献中较早的轻量化模型,准确率达到95.82%。
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