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A computer vision system for classification of some Euphorbia (Euphorbiaceae) seeds based on local binary patterns

机译:基于局部二元图案的一些大戟(大戟属)种子分类的计算机视觉系统

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In this study, a computer vision system was proposed for the seed images classification. The classification process was performed using uniform local binary patterns obtained from digital seed images. In this study, 240 (120 training and 120 test) images of the seed were used. First, the average uniform histograms of each type of seed (seed type classes) was obtained for the training set. Then the uniform LBP histogram of each seed in the test set were produced and compared with histograms of classes by using nearest neighbor. The Euclidean distance, sum square error, histogram intersection and Chi-square statistics were used to calculate the distance between seed samples. 95.83%.of seed images has been diagnosed properly with the proposed. As a result, the surface shape of the seeds include important information patterns to determine the taxonomic relationships,it is is expected that the computer vision systems provide significant advantages to identify the type of seed.
机译:在这项研究中,提出了一种用于种子图像分类的计算机视觉系统。 使用从数字种子图像获得的均匀局部二进制图案进行分类过程。 在本研究中,使用了240(120次训练和120个测试)种子的图像。 首先,为训练集获得每种种子(种子类型)的平均均匀直方图。 然后通过使用最近邻居,产生测试集中的每种种子的均匀LBP直方图,并与类别的直方图进行比较。 欧几里德距离,总和误差,直方图交叉口和Chi-Square统计数据用于计算种子样本之间的距离。 95.83%。种子图像已被正确诊断为提议。 结果,种子的表面形状包括确定分类学关系的重要信息模式,预计计算机视觉系统可以提供识别种子类型的显着优势。

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