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Learning Spatial Models for Navigation

机译:学习导航空间模型

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摘要

Typically, autonomous robot navigation relies on a detailed, accurate map. The associated representations, however, do not readily support human-friendly interaction. The approach reported here offers an alternative: navigation with a spatial model and commonsense qualitative spatial reasoning. Both are based on research about how people experience and represent space. The spatial model quickly develops as the result of incremental learning while the robot moves through its environment. In extensive empirical testing, qualitative spatial reasoning principles that reference this model support increasingly effective navigation in a variety of built spaces.
机译:通常,自主机器人导航依赖于详细,准确的地图。但是,相关的表示并不容易支持人类友好的交互。这里报告的方法提供了一种替代方法:使用空间模型和常识性定性空间推理进行导航。两者都是基于人们如何体验和表现空间的研究。当机器人在其环境中移动时,由于增量学习的结果,空间模型迅速发展。在广泛的经验测试中,引用该模型的定性空间推理原理支持在各种建筑空间中日益有效的导航。

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