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首页> 外文期刊>Journal of Computers >Vehicle License Plate Recognition Based on Text-line Construction and Multilevel RBF Neural Network
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Vehicle License Plate Recognition Based on Text-line Construction and Multilevel RBF Neural Network

机译:基于文字线建设和多级RBF神经网络的车辆车牌识别

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—License plate localization and character segmentation and recognition are the research hotspots of vehicle license plate recognition (VLPR) technology. A new method to VLPR is presented in this paper. In license plate localization section, Otsu binarization is operated to get the plate-candidates regions, and a text-line is constructed from the candidate regions. According to the text-line construction result and the characteristics of the license plate character arrangement, the license plate location will be determined. And then the locally optimal adaptive binarization is utilized to make more accurate license plate localization. After the license plate localization, the segment method of vertical projection information with prior knowledge is used to slit characters and the statistical features are extracted. Then the multilevel classification RBF neural network is used to recognize characters using the feature vector as input. The results show that this method can recognize characters precisely and improve the ability of license plate character recognition effectively.
机译:- 束缚板本地化和字符分割和识别是车辆车牌识别(VLPR)技术的研究热点。本文提出了一种新的VLPR方法。在车牌定位部分中,OTSU二值化被操作以获得板候选区域,并且从候选地区构建文本线。根据文本线施工结果和车牌字符布置的特性,将确定牌照位置。然后利用局部最佳的自适应二值化来制造更准确的车牌定位。在许可证板定位之后,使用具有先前知识的垂直投影信息的段方法用于狭缝字符,提取统计特征。然后,多级分类RBF神经网络用于使用要素矢量作为输入识别字符。结果表明,该方法可以精确地识别角色,有效地提高车牌字符识别的能力。

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