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Removing Moving Objects from Point Cloud Scenes

机译:从点云场景中删除移动对象

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Three-dimensional simultaneous localization and mapping is a topic of significant interest in the research community, particularly so since the introduction of cheap consumer RGB-D sensors such as the Microsoft Kinect. Current algorithms are able to create rich, visually appealing maps of indoor environments using such sensors. However, state-of-the-art systems are designed for use in static environments, which severely limits the application space for such systems. We present an algorithm to explicitly detect and remove moving objects from multiple views of a scene. We do this by finding corresponding objects in two views of a scene. If the position of an object with respect to the other objects changes between the two views, we conclude that the object is moving and should therefore be removed. After the algorithm is run, the two views can be merged using any existing registration algorithm. We present results on scenes collected around a university building.
机译:三维同步本地化和映射是研究界的重大兴趣的主题,特别是因为引入了Microsoft Kinect等廉价消费者RGB-D传感器以来。目前的算法能够使用这种传感器创建丰富,视觉上吸引人的室内环境地图。然而,最先进的系统设计用于静态环境,这严重限制了这种系统的应用空间。我们提出了一种明确地检测和删除来自场景的多个视图的移动对象的算法。我们通过在场景的两个视图中查找相应的对象来执行此操作。如果对象相对于其他对象的位置在两个视图之间发生变化,则我们得出结论,对象正在移动,因此应该被移除。运行算法后,可以使用任何现有的注册算法合并两个视图。我们在大学建筑周围收集的场景出现了结果。

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