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首页> 外文期刊>International Journal of Electrical and Computer Engineering >Automatic Vehicle Tracking System Based on Fixed Thresholding and Histogram Based Edge Processing
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Automatic Vehicle Tracking System Based on Fixed Thresholding and Histogram Based Edge Processing

机译:基于固定阈值和直方图的边缘处理的自动车辆跟踪系统

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摘要

Automatic detection, extraction and recognition of vehicle number plate region in traffic control systems is one of the prominent application in Computer vision. The drastic increase in number of vehicles in the current generation greatly increases the complexity in tracking the vehicles through the human visual system, manual procedure of controlling traffic and enforcement of various laws and rules is not sufficient for smooth control of traffic. This urges the need for development of technology that can automate this process. This paper mainly focuses on the development of an automatic number plate extraction and recognition algorithm by incorporating constructs like edge detection, horizontal and vertical edge processing using fixed threshold technique. The extracted number plate region is again processed using template matching algorithm for the recognition of the characters embossed on the number plate with respect to every individual piece of number plate. The algorithm developed has achieved an accuracy of around 100% and works for both front and rear images of the car.
机译:交通控制系统中车辆数板区域的自动检测,提取和识别是计算机视觉中的突出应用之一。目前一代车辆数量的急剧增加大大增加了通过人类视觉系统跟踪车辆的复杂性,控制各种法律和规则的手动控制交通和执行的行动,这不足以使交通顺利控制。这促请了可以自动化此过程的技术开发的必要性。本文主要专注于使用固定阈值技术结合边缘检测,水平和垂直边缘处理等构造来开发自动数板提取和识别算法。使用模板匹配算法再次处理提取的数板区域,用于识别压浮在数量板上的字符相对于每个单个板块的字符。该算法已经实现了大约100%的精度,并且适用于汽车的前后图像。

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