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Cattle's fur detection based on Gaussian mixture model in complex background: Application of automatic race classification of beef cattle

机译:基于高斯混合模型在复杂背景下的牛的毛皮检测:牛肉自动竞赛分类的应用

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Segmentation becomes a difficult task if the objects and background are not homogeneous and having overlapping characteristics. Cattle segmentation from its background is required in several typical applications, such as: the automatic cattle race classification. The cattle's fur detection which is inspired from the human skin detection is investigated in this paper for cattle and background segmentation in automatic beef cattle race classification. The Gaussian mixture model that was used in skin detection has been adopted to model Bali cow and Hybrid Ongole cow in this beef cattle race classification. The RGB color space and two texture descriptors are used as the features set. The addition of texture descriptor has increased the performance of the fur detection and automatic race classification. The GMM performs well but the noise and the complexity of the background lead to misclassification.
机译:如果对象和背景不是同质并且具有重叠特性,则分段变得困难的任务。 在几种典型应用中需要从其背景中的牛分割,例如:自动牛种族分类。 本文研究了来自人皮肤检测的牛的毛皮检测,用于自动牛肉种族分类中的牛和背景分割。 在这种肉类牛种族分类中,已经采用了在皮肤检测中使用的高斯混合模型。 RGB颜色空间和两个纹理描述符用作集合集。 添加纹理描述符提高了毛皮检测和自动种族分类的性能。 GMM表现良好,但噪音和背景的复杂性导致错误分类。

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