基于神经网络分类器的车牌检测与分类

Surekha Chalnewad, Arati Manjaramkar
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引用次数: 1

摘要

车牌是由字母数字组成的矩形车牌。它固定在车辆上,用于识别车辆。一般情况下,大量车辆在道路上行驶,这是识别车辆拥有人、车辆登记地点、地址等的主要问题。车牌自动检测就是解决这类问题的方法之一。车牌检测的方法有很多,但是由于车辆的速度、车牌上使用的语言、车牌上不均匀的字母效应等因素,使得识别任务变得困难。车牌检测系统有很多应用,比如支付停车费;高速公路通行费;交通监控系统;边境安全体系;信号系统等。本文提出了一种基于索贝尔掩模的车牌检测方法。在该系统中,首先是图像的采集。第二步是从获取的图像中检测车辆。第三步,从车辆图像中进行车牌分割。最后,利用神经网络分类器对车牌进行分类。该系统在车牌检测中具有良好的鲁棒性和高效性。该系统对车牌的检测准确率达到98%。
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Detection and Classification of License Plate by Neural Network Classifier
A license plate is alphanumeric rectangular plate. It is fixed on the vehicle and used for identification of the vehicle. Generally, huge numbers of vehicles move-on the road which is the major issue of concern in identifying the vehicle(s) owner, registration place of vehicle, address, etc. The automatic license plate detection is one of the solutions for such kind of problems. There are numerous methodologies available for license plate detection, but certain factors like speed of vehicles, language used on license plate, non-uniform letter effects on license plate, etc. makes the task of recognition difficult. The license plate detection system has many applications like payment of parking fees; toll fee on the highway; traffic monitoring system; border security system; signal system, etc. This research work proposes a novel license plate detection technique with the extension of Sobel mask. In proposed system, first step is acquisition of image. Second step is to detect the vehicle from the acquired image. In third step, segmentation of license plate from vehicle image is done. Finally, neural network classifier is used to classify the vehicle(s) license plate. The proposed system gives promising, robust, and efficient results for license plate detection. Proposed system achieves accuracy of 98% is achieved in detecting the license plate.
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