Enhanced VGG19 Model for Accident Detection and Classification from Video

S. Bouhsissin, N. Sael, F. Benabbou
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引用次数: 2

Abstract

Over the last years, the number of cars used in road traffic growth at a staggering rate. This situation had resulted in a significant increase of accidents and several traffic problems resulting huge losses. One of the most important road safety technologies is to automatically recognize dangerous situations and quickly share this information with nearby vehicles. In this work, we first, analyze various researches in the detection and classification of traffic anomalies and then propose to explore the potential of VGG19, which is a transfer-learning model to classify anomalies (accidents). In addition, we have compared the proposed algorithm to the other methods used. Our experience shows that our enhanced VGG19 model gives the best performance with 96% accuracy, and 0.99 AUC compared to the Convolutional Neural Network (CNN), which is the most widely used deep learning technique for image (accident image) classification, and the VGG19 models proposed over the last researches.
视频事故检测与分类的增强VGG19模型
在过去的几年里,道路交通中使用的汽车数量以惊人的速度增长。这种情况造成了事故和若干交通问题的显著增加,造成了巨大的损失。最重要的道路安全技术之一是自动识别危险情况,并迅速与附近的车辆共享这些信息。在本研究中,我们首先分析了交通异常检测和分类的各种研究,然后提出探索VGG19的潜力,VGG19是一种用于异常(事故)分类的迁移学习模型。此外,我们还将所提出的算法与其他使用的方法进行了比较。我们的经验表明,与卷积神经网络(CNN)相比,我们的增强VGG19模型的性能最好,准确率为96%,AUC为0.99,卷积神经网络是图像(事故图像)分类中使用最广泛的深度学习技术,并且在过去的研究中提出了VGG19模型。
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