首页> 外文会议>New Frontiers in Artificial Intelligence; Lecture Notes in Artificial Intelligence; 4384 >Cooperative Task Achievement System Between Humans and Robots Based on Stochastic Memory Model of Spatial Environment
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Cooperative Task Achievement System Between Humans and Robots Based on Stochastic Memory Model of Spatial Environment

机译:基于空间环境随机记忆模型的人机协作任务达成系统

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摘要

Design and acquisition method of environmental model are important issues for robots which act in the real world such as a daily life environment. Robots have to follow up changes of environment and reconstruct the model because of the conditions in the real world environment would be changed constantly. Also the model for unobserved part would be needed and should be inferred when users instruct the robot using symbolic expressions. In this paper, we have focused on stochastic representation of environmental memory to realize smooth communication between humans and robots, and realtime memory management with ambiguities in the real world. We also show that the representation is effective to construct a cooperative task achievement system on intelligent robots.
机译:环境模型的设计和获取方法对于在现实世界中活动的机器人(例如日常生活环境)而言,是重要的问题。由于现实环境中的条件会不断变化,因此机器人必须跟踪环境的变化并重建模型。此外,当用户使用符号表达式指示机器人时,将需要并针对未观察到的零件建立模型。在本文中,我们专注于环境内存的随机表示,以实现人与机器人之间的流畅通信,以及在现实世界中存在歧义的实时内存管理。我们还表明,该表示法对于在智能机器人上构建协作任务实现系统是有效的。

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