一个关于车牌定位的算法，能够对。
而车牌定位是该系统的关键之一。
研究了字符边缘色彩信息对车牌定位的作用。
The effect of character edge color information to vehicle license plate location is studied.
车牌识别系统主要包括车牌定位和字符识别。
The license plate recognition system contains two main parts:license location and character recognition.
实验结果表明该方法是一种有效的车牌定位方法。
The experimental result shows that the approach is good for vehicle license plate locating.
最后对牌照进行行扫描和列扫描，完成车牌定位。
Finally with the line scan and row scan, finishing the License Plate Location.
提出一种基于场景分类及灰度跳变的车牌定位算法。
This paper proposed a new license plate location algorithm, which based on scene classification and gray level jump.
车牌定位在车牌自动识别系统中占有非常重要的地位。
License plate orientation plays an important role in license plate recognition system.
本文还对车牌定位和车辆外观判断的方法进行了研究。
Otherwise, we study the method of vehicle license plate localization and estimating vehicles' appearance.
同时也研究了一些边缘检测算法在车牌定位中的应用。
At the meantime it also do car plate locating by several edge detection methods.
该文提出了一种新的基于边缘颜色对的车牌定位方法。
A novel locating approach based on the edge color pair is presented in this paper.
车牌定位；字符分割；特征提取；字符识别；神经网络。
License plate location; Character segmentation; Feature extraction; Character recognition; Neural network.
本文提出了一种基于分块和区域收缩思想的车牌定位方法。
This paper proposed a license plate locating method based on section and region shrinkage thinking.
在车牌定位方面，本文采用了灰度跳变频率算法进行粗定位。
In the aspect of vehicle plate location, author adopt the algorithm of the frequency of gray scale alternate to seek approximately location.
提出了一种将边缘与SVM相结合的车牌定位与提取的方法。
In this paper, a new method of license plate location and extraction based on edge and SVM is presented.
提出一种基于数学形态学和模糊评价函数的实时车牌定位算法。
An algorithm based on mathematic morphology and fuzzy evaluation functions is put forward used for license plate location on line.
比起常规的车牌定位过程，具有重复处理少，处理流程简单的优势。
Compared to conventional positioning of the plate, with double-handling of small, simple processing advantages.
车牌定位部分提出了一种基于字符垂直边缘纹理特征的车牌定位法。
Number Plate location: a location scheme based on the texture features of characters is proposed.
软件组成系统主要包括运动检测算法、车牌定位算法和字符识别算法。
The software system includes algorithms for movement detection, vehicle card orientation and character recognition.
本文主要对车辆牌照识别系统中的车牌定位与字符分割技术进行研究。
This paper has studied on license plate localization and character segmentation in LPR system.
车牌定位部分设计并实现了基于边缘检测和区域搜索的定位分割方法。
In the part of plate location and segmentation, we designed and implemented a method through edge detection and plate region search.
在车牌定位阶段，本文提出了基于连通区域水平聚类的车牌粗定位方法。
At the license plate location phase, we propose a new rough localization method which based on connected area horizontal clustering.
提出了结合汽车车牌纹理特征分析和颜色特征分析实现车牌定位的方法。
This paper presents a new technique that can be used to locate vehicle plate area.
本文对车牌识别系统的车牌定位、字符分割和字符识别进行了系统的研究。
This paper has studied a lot of method and theory about vehicle plate location, character divide and character recognition systemically.
为了提高车牌定位的速度和准确率，提出一种简单、实用的车牌定位方法。
In order to improve the speed and accuracy of it, a simple and practicable approach is presented in this thesis.
车牌识别系统一般包含车牌定位分割、字符切分、字符识别三个主要模块。
Generally, LPR system mainly comprises modules of plate location, character isolate and character recognition.
软件部分分为三大模块，即视频检测模块、车牌定位识别模块和控制中心模块。
Software includes the video detecting module, the license plate orientation and recognition module, the controlling module.
为了快速准确地进行车牌定位，本文提出了一种基于字符连接特征的定位算法。
In order to locate the plate quickly and accurately, a license location method based on characters' connection is presented.
针对车牌区域难以定位的问题，提出了一种基于固定颜色搭配的车牌定位算法。
Aiming at the difficulty in locating vehicle plate, an algorithm of vehicle plate's location based on fixed color collocation is put forward in this paper.
针对现代(智能)交通中的车牌自动识别系统给出了一种快速的车牌定位算法。
A fast locating algorithm against an automatically recognizing vehicle number plate system in modern (intelligent) traffic is given.
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