1) skew angle detection and correction
倾斜角检测校正
2) detection and correction of oblique license plate
车牌倾斜检测与校正
1.
The detection and correction of oblique license plate is one of the key technologies in automatic license plate recognition.
车牌倾斜检测与校正是车牌识别的关键技术之一。
3) tilt correction
倾斜校正
1.
License plate tilt correction base on SOM;
基于SOM的车牌号码倾斜校正
2.
An algorithm for vehicle license plate tilt correction base on singular value decomposition;
一种新的车牌号码倾斜校正方法
3.
Vehicle license plate tilt correction approach based on K-L expansion;
基于K-L展开式的车牌倾斜校正方法
4) skew correction
倾斜校正
1.
In order to implement the skew correction of images in the anti-false and auto-checking system for railway ticket,a method of the skew correction is proposed based on Hough transform.
为解决列车客运票防伪和自动验票中的列车客运票图像倾斜校正的问题,提出了一种基于Hough变换的列车客运票图像倾斜校正方法。
2.
Since most previous image skew correction algorithms for microarray were time-consuming,a fast skew correction algorithm was proposed based on Cellular Neural Networks(CNN).
倾斜校正是全自动生物芯片图像处理必不可少的环节。
3.
This thesis studies the automatic processing methods of microarray images,including four parts:skew correction,gridding,image segmentation and extraction.
图像的倾斜校正主要基于Radon变换的原理,但是对于16位的灰度图像,Radon变换后的数值很大,容易产生溢出。
5) slant correction
倾斜校正
1.
License plate slant correction method based on least square and principal component analysis;
基于最小二乘法和主元分析的车牌倾斜校正方法
2.
Aiming at the characteristics of shoe sloes,a kind of slant correction algorithm is put forward.
针对鞋印图像自身特点,提出一种鞋印图像的倾斜校正算法;在此基础上提出用距离直方图、角度直方图与傅立叶描述子来共同表示动力作用留下的形状特征。
3.
In this paper ,slant correction methods of vehicle license plate are analyzed and an approach based on color pair and principal component analysis is prestented.
为了在车牌的倾斜校正过程中减少车牌边框和噪声干扰的影响,并简化计算过程,提出了一种基于颜色对特征点主成分分析(PCA)的车牌水平校正方法。
6) lean adjustment
倾斜校正
1.
Study on the orientation and lean adjustment of vehicle license plate;
车牌照定位及倾斜校正方法研究
补充资料:倾斜角
分子式:
CAS号:
性质:又称倾斜角。从水平面量起的角度。皮带输送机输送某种颗粒状物料时,可以按此角度倾斜,共值由试验或经验确定。
CAS号:
性质:又称倾斜角。从水平面量起的角度。皮带输送机输送某种颗粒状物料时,可以按此角度倾斜,共值由试验或经验确定。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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