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Detecting partially occluded objects via segmentation and validation

机译:通过分段和验证检测部分被遮挡的对象

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This paper presents a novel algorithm: Verfied Partial Object Detector (VPOD) for accurate detection of partially occluded objects such as furniture in 3D point clouds. VPOD is implemented and validated on real sensor data obtained by our robot. It extends Viewpoint Feature Histograms (VFH), which classify unoccluded objects, to also classify partially occluded objects such as furniture that might be seen in typical office environments. To achieve this result, VPOD employs two strategies. First, object models are segmented and the object database is extended to include partial models. Second, once a matching partial object is detected, the complete object model is aligned back into the scene and verified for consistency with the point cloud data. Overall, our approach increases the number of objects found and substantially reduces false positives due to the verification process.
机译:本文提出了一种新颖的算法:Verfied Partial Object Detector(VPOD),用于在3D点云中准确检测家具等部分被遮挡的物体。 VPOD是根据我们的机器人获得的真实传感器数据实施和验证的。它扩展了对未遮挡的对象进行分类的视点特征直方图(VFH),还对在典型办公环境中可能看到的部分遮挡的对象(例如家具)进行了分类。为了获得此结果,VPOD采用了两种策略。首先,将对象模型分段,然后将对象数据库扩展为包括部分模型。其次,一旦检测到匹配的部分对象,则将完整的对象模型重新对齐到场景中,并验证与点云数据的一致性。总体而言,我们的方法增加了发现的对象数量,并大大减少了由于验证过程而导致的误报。

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