首页> 外文会议>IEEE/RSJ International Conference on Intelligent Robots and Systems;IROS 2012 >Bio-inspired visual memory for robot cognitive map building and scene recognition
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Bio-inspired visual memory for robot cognitive map building and scene recognition

机译:受生物启发的视觉记忆,可用于机器人认知地图构建和场景识别

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In this paper, we investigate the feasibility of building a visual memory for robotics spatial cognition without saving visual information. The proposed approach captures some properties of primate brain and especially the view cells. Our bio-inspired visual memory for cognitive map building consists of two main parts. One part is visual information extraction and the other part is the visual memory building using the Fuzzy Art architecture. The results of the current study could contribute to the development of bio-inspired model for cognitive map building which enables the mobile robot to localize itself and build a cognitive representation of its environment simultaneously like primates and humans.
机译:在本文中,我们研究了在不保存视觉信息的情况下为机器人空间认知建立视觉存储器的可行性。所提出的方法捕​​获了灵长类动物大脑的某些属性,尤其是视图单元格。我们用于认知地图构建的受生物启发的视觉记忆包括两个主要部分。一部分是视觉信息提取,另一部分是使用模糊艺术体系结构的视觉记忆构建。当前研究的结果可能有助于认知启发地图构建的生物启发模型的发展,该模型使移动机器人能够定位自身并同时像灵长类动物和人类一样构建其环境的认知表示。

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