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A fuzzy approach to pose determination in object recognition

机译:目标识别中的模糊姿态确定方法

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Object recognition is the process of identifying and locating known objects in complex images. It includes extracting relevant features, grouping these features together, selecting an appropriate object model, and determining the pose (position and orientation) of the object in the scene. In earlier work, the author has shown that fuzzy methods are appropriate for representing geometric relationships that are used for both perceptual grouping of geometric features and for associating geometric image features with models. The paper explores fuzzy methods for the final step in object recognition, that of global pose determination. She develops a method based on fuzzy c means (FCM) clustering, and demonstrates its effectiveness over traditional crisp pose clustering.
机译:对象识别是识别和定位复杂图像中已知对象的过程。它包括提取相关特征,将这些特征分组在一起,选择合适的对象模型以及确定场景中对象的姿势(位置和方向)。在较早的工作中,作者已经表明,模糊方法适用于表示几何关系,该几何关系既用于几何特征的感知分组,又用于将几何图像特征与模型相关联。本文探索了用于物体识别最后一步的模糊方法,即全局姿势确定方法。她开发了一种基于模糊c均值(FCM)聚类的方法,并证明了其在传统明快姿势聚类中的有效性。

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