首页> 外文期刊>Systems, Man and Cybernetics, Part A: Systems and Humans, IEEE Transactions on >Perceiving for Acting With Teleoperated Robots: Ecological Principles to Human–Robot Interaction Design
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Perceiving for Acting With Teleoperated Robots: Ecological Principles to Human–Robot Interaction Design

机译:感知与遥控机器人的行为:人机交互设计的生态学原理

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摘要

By primarily focusing on the perceptual information available to an organism and by adopting a functional perspective, the ecological approach to perception and action provides a unique theoretical basis for addressing the remote perception problem raised by telerobotics. After clarifying some necessary concepts of this approach, we first detail some of the major implications of an ecological perspective to robot teleoperation. Based on these, we then propose a framework for coping with the alteration of the information available to the operator. While our proposal shares much with previous works that applied ecological principles to the design of man–machine interfaces (e.g., ecological interface design), it puts a special emphasis on the control of action (instead of process) which is central to teleoperation but has been seldom addressed in the literature.
机译:通过主要关注有机体可获得的感知信息并采用功能性观点,对感知和行动的生态学方法为解决由远程机器人引起的远程感知问题提供了独特的理论基础。在阐明了这种方法的一些必要概念之后,我们首先详细介绍了生态学观点对机器人遥操作的一些主要含义。基于这些,我们然后提出了一个框架,以应对运营商可用信息的变更。尽管我们的建议与以前的将生态学原理应用于人机界面设计(例如,生态学接口设计)的工作有很多共同之处,但它特别强调了对动作的控制(而非过程),这对远程操作至关重要,但是在文献中很少涉及。

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