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Traffic Sign Recognition Based On Scaled Convolutional Neural Network For Advanced Driver Assistance System

机译:基于尺度卷积神经网络的高级驾驶员辅助系统交通标志识别

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摘要

Advanced driver assistance system (ADAS) is one of the most important systems for human assistance. It assists the drivers to control the vehicle by providing essential information about the environment objects. In this paper, we propose a traffic signs recognition application for ADAS. The proposed application is based on the deep learning technique. In particular, we used the convolutional neural networks (CNN) to process the data provided by the system cameras. The proposed CNN was scaled in a way to get a light model size without decreasing the accuracy. The proposed CNN is suitable for embedded implementation while keeping high performance and real-time processing. The evaluation of the proposed CNN on the European dataset results in 99.32% accuracy and 250 FPS of inference speed when implemented on an Nvidia GTX960 GPU. The achieved results proved the efficiency of the scaling technique. It is a very good technique to get a small model size and high performance.
机译:先进的驾驶员援助系统(ADAS)是人类援助最重要的系统之一。它通过提供有关环境对象的基本信息,帮助驱动程序控制车辆。在本文中,我们提出了ADA的交通标志识别申请。建议的申请基于深度学习技术。特别是,我们使用卷积神经网络(CNN)来处理系统摄像机提供的数据。所提出的CNN以一种方式缩放,以获得光模型尺寸而不会降低精度。所提出的CNN适用于嵌入式实现,同时保持高性能和实时处理。在NVIDIA GTX960 GPU上实施时,对欧洲数据集上提出的CNN的评估导致了99.32%的准确度和250 FP的推理速度。达到的结果证明了缩放技术的效率。获得小型型号和高性能是一种非常好的技术。

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