Emergence of massive dynamic objects will diversify spatial structures when robots navigate in urban environments. Therefore, the online removal of dynamic objects is critical. In this paper, we introduce a novel online removal framework for highly dynamic urban environments. The framework consists of the scan-to-map front-end and the map-to-map back-end modules. Both the front- and back-ends deeply integrate the visibility-based approach and map-based approach. The experiments validate the framework in highly dynamic simulation scenarios and real-world datasets.
翻译:大型动态天体的出现将使机器人在城市环境中导航时的空间结构多样化。 因此, 在线移除动态天体至关重要 。 在本文中, 我们为高度动态的城市环境推出一个新的在线移除框架。 框架由扫描到映射的前端和映射后端模块组成。 前端和后端都深入整合了基于可见度的方法和基于地图的方法。 实验在高度动态模拟情景和真实世界数据集中验证了这一框架 。