Vision Based Vehicle Information Inspection System Using Deep Learning

K. Han, Bawin Aye, Hlaing Moe Than, C. Linn
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Abstract

The proposed Vehicle Information Inspection System (VIIS) includes inspection of the vehicle color, type, and license plate. The aim of this paper is to recognize the moving vehicle's color, type, and license plate characters. The vehicle color is recognized using K-means clustering method and K-Nearest Neighbors (K-NN) method. The vehicle type is recognized using Convolutional Neural Network (CNN). The proposed vehicle license plate recognition system consists of four processes: license plate localization, license plate skew correction, character segmentation, and character recognition. CNN is also mainly used to recognize license plate characters. The extracted vehicle information is stored in the database. This information is matched and inspected with the blacklist vehicle information in the database. The proposed method can help in monitoring and inspection of the blacklist vehicles on the road without any human effort.
基于视觉的深度学习车辆信息检测系统
提出的车辆信息检查系统(VIIS)包括检查车辆的颜色、型号和车牌。本文的目的是识别移动车辆的颜色、类型和车牌字符。采用k均值聚类方法和k近邻(K-NN)方法对车辆颜色进行识别。使用卷积神经网络(CNN)识别车辆类型。提出的车牌识别系统包括车牌定位、车牌偏斜校正、字符分割和字符识别四个过程。CNN也主要用于车牌字符的识别。提取的车辆信息存储在数据库中。该信息与数据库中的黑名单车辆信息进行匹配和检查。该方法可以在不需要人工的情况下对道路上的黑名单车辆进行监测和检查。
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