Recognition of Traffic Sign Using CNN and Deep Learning

Pisati Mahipal Reddy, Arrabothu Vishal Reddy, Sowjanya Jindam, Ubaidullah Mohammed Sayeed, A. V. Reddy
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Abstract

: An application of traffic sign recognition is proposed on the basis of the convolution neural network (CNN).A CNN is an artificial neural network that is used to process and recognize the image that focuses on processing pixel data. A dataset is trained, tested, and saved in order for the application to be able to detect and classify the image considered from the dataset. A Graphical User Interface (GUI) is designed for the user to try and use the application which will load the image from the dataset and classify the image as per its requirement. In the German traffic sign recognition criterion, an accuracy of 98% is obtained from the model used. Traffic Sign Recognition plays an integral part in the intelligent transportation system and has driverless vehicles and assisted driving systems are some of the applications of it [1]. The self-driving cars needed to identify each and every detail that are present on the road that includes vehicles on the road as well as pedestrians walking on the sidewalk with extreme accuracy and precision. There were no challenging and publicly available datasets in the domain for a period of time but the situations had changed in the year 2011 when Stallkamp et al [2] and Larsson and Felsberg [3] introduced datasets that includes demonstrations for traffic sign detection and classification of it.
基于CNN和深度学习的交通标志识别
提出了一种基于卷积神经网络(CNN)的交通标志识别应用。CNN是一种用于处理和识别图像的人工神经网络,其重点是处理像素数据。数据集经过训练、测试和保存,以便应用程序能够从数据集中检测和分类所考虑的图像。图形用户界面(GUI)是为用户尝试和使用应用程序而设计的,该应用程序将从数据集中加载图像并根据其要求对图像进行分类。在德国交通标志识别标准中,使用的模型的准确率达到98%。交通标志识别是智能交通系统的重要组成部分,无人驾驶车辆和辅助驾驶系统是其应用的一部分[1]。自动驾驶汽车需要以极高的准确度和精度识别道路上的每一个细节,包括道路上的车辆以及人行道上行走的行人。在一段时间内,该领域没有具有挑战性和公开可用的数据集,但2011年Stallkamp等人[2]和Larsson和Felsberg[3]引入了包括交通标志检测和分类演示在内的数据集,情况发生了变化。
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