Human-Robot Interaction in a Manned Space Flight: An Ontological Approach.

Alexey Karpov, S. F. Sergeev, O. I. Lakhin, M. V. Mikhayluk, B. Kryuchkov, V. Usov
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Abstract

The use of robotic systems (RSs) in future manned space missions requires the creation of the cosmonaut-researcher a holistic view on the forms of interaction within the “human – robot” system (HRS) under the adverse environmental conditions. For these purposes, educational and reference materials (ERMs) are needed in fields of ergonomics and its representation in the design of human-machine interfaces (HMI). The paper considers the application of the ontological approach in the actual subject area – the ergonomics of the HMI, as the way of interdisciplinary integration various scientific fields – Informatics, ergonomics, psychophysiology, etc.
载人航天中的人机交互:一种本体论方法。
机器人系统(RSs)在未来载人航天任务中的应用要求宇航员-研究人员在不利环境条件下对“人-机器人”系统(HRS)内的相互作用形式建立一个整体的观点。为此,需要在人体工程学领域及其在人机界面(HMI)设计中的表现方面提供教育和参考材料(erm)。本文考虑将本体论方法作为信息学、工效学、心理生理学等多学科交叉融合的途径,应用于人机界面工效学这一实际学科领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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