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Invariant recognition to position, rotation and scaleconsidering vectorial signatures

机译:不变识别到定位,旋转和扩展矢量签名

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This work presents the development and utilization of vectorial signatures filters obtained from the application ofproperties of the scale and Fourier transform for images recognition. The filters were applied to different input scene,which consisted in the 26 letters of the alphabet. Each letter is an image of 256 X 256 pixels of black background with acentered white Arial letter. The image was rotated 360 degrees in increment of 1° and scaled from 70% to 130% inincrement of 0.5%. In order to find a new invariant correlation digital system we obtained two unidimensional vectorafter to achieve different mathematical transformation in the target as well as the input scene. To recognize a target,signatures were compared, calculating the Euclidean distance between the target and the input scene; then, confidencelevels are obtained. The results demonstrate that this system has a good performance to discriminate between letters.
机译:这项工作介绍了从尺度和傅里叶变换的应用程序识别的应用中获得的矢量签名过滤器的开发和利用。过滤器应用于不同的输入场景,该输入场景包括在字母表的26个字母中。每个字母都是256 x 256像素的黑色背景的图像,用屈曲的白色arial字母。图像以1°的增量旋转360度,并从70%缩放到0.5%的70%至130%。为了找到新的不变相关数字系统,我们获得了两个单向载体,以在目标中实现不同的数学变换以及输入场景。要识别目标,比较签名,计算目标和输入场景之间的欧几里德距离;然后,获得ConfidenceLevels。结果表明,该系统具有良好的性能来区分字母。

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