AMLPDS: An Automatic Multi-Regional License Plate Detection System based on EasyOCR and CNN Algorithm

E. Mythili, S. Vanithamani, Rajesh Kanna P, Rajeshkumar G, K. Gayathri, R. Harsha
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Abstract

Automatic License Plate Recognition (ALPR) System detects License Plate (LP) of a vehicle. The computer vision zone considers ALPR system as a resolved issue. However, the majority of current ALPR research is based on LP from specific countries and employs country-specific data. Therefore, the proposed methodology deals with the LP which will work on the regions in & around India. The algorithm applied in the proposed methodology is Convolution Neural Network (CNN). The proposed methodology comprises three major steps: Firstly, License plate detection which uses Single Shot Detector (SSD) which divides the image into grid cells, with each grid cell being in charge of detecting objects in that area. Secondly, Unified character recognition which uses easyOCR (Optical Character Recognition) has the ability to deal with multi scale and small objects. Finally, Multi-regional layout detection extracts the correct order of the license plate. The dataset is collected from which is “Indian License Plate Dataset”. Experiment results outperform the existing mechanisms in terms of time conception accuracy of LP recognition, end to end recognition and average execution time.
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基于EasyOCR和CNN算法的多区域车牌自动检测系统
自动车牌识别(ALPR)系统检测车辆的车牌。计算机视觉领域认为ALPR系统是一个已解决的问题。然而,目前大多数ALPR研究都是基于特定国家的LP,并采用特定国家的数据。因此,拟议的方法涉及LP,这将在印度及其周边地区工作。该方法采用卷积神经网络(CNN)算法。该方法包括三个主要步骤:首先,车牌检测采用单镜头检测器(Single Shot Detector, SSD),将图像划分为网格单元,每个网格单元负责检测该区域内的物体;其次,采用光学字符识别技术的统一字符识别具有处理多尺度和小目标的能力。最后进行多区域布局检测,提取出正确的车牌排列顺序。数据集为“印度车牌数据集”。实验结果在LP识别的时间概念精度、端到端识别和平均执行时间方面都优于现有机制。
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