Implementation of embedded system for vehicle tracking and license plates recognition using spatial relative distance

J.S. Kang, M. Kang, C.H. Park, J.H. Kim, Y. Choi
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引用次数: 11

Abstract

This paper set out to use a camera attached to a mobile terminal in order to inquire a car and track its location anywhere. The technology based in the research is to automatically recognize and verify license plates on the front and back of a car. The plates are input through a camera attached to a mobile terminal. The technology enables us to detect a car registration number and to transmit it along with the location of the terminal to a server through a wireless communication network. The information of a car obtained through the terminal is encoded and transmitted to a server in a remote place through a wireless communication network. The car registration number and its location information are decoded and transmitted as a text to the server in a remote place. In order to track a user's location through spatial relative distance estimated in real-time, the server uses the spatial and attribute information which are the most prior to the desired data value. With this property information, the right location can be calculated
利用空间相对距离实现车辆跟踪和车牌识别的嵌入式系统
这篇论文的目的是使用一个连接在移动终端上的摄像头,以便在任何地方查询汽车并跟踪其位置。这项研究的基础技术是自动识别和验证汽车前后的车牌。车牌通过连接在移动终端上的摄像头输入。该技术可以探测到车辆的登记号码,并通过无线通信网络将其与终端位置一起传送到服务器。通过终端获取的汽车信息进行编码,并通过无线通信网络传输到远程服务器。汽车登记号码及其位置信息被解码并以文本形式传输到远程服务器。为了通过实时估计的空间相对距离跟踪用户的位置,服务器使用最优先于所需数据值的空间和属性信息。有了这些属性信息,就可以计算出正确的位置
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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