【24h】

Session 5: Human Robot Interaction

机译:第五节:人机交互

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摘要

This session consisted of five presentations, all of which focused on robotic systems that were intended to interact with humans. Human Robot Interaction is a highly interdisciplinary field in which researchers from human-computer interaction, artificial intelligence, robotics, natural language understanding, and social science all must contribute, and this session demonstrated contributions from all of these disciplines. The first paper, Aerial Tele-Operation of Miniature Rotorcraft by Andersh, Mettler, and Papanikolpoulos, all from the University of Minnesota, described a preliminary investigation of teleoperation of a small helicopter. The key contributions of the work as presented are to identify metrics that capture the effectiveness of the task and the workload on the supervisor, and to investigate different types of control approaches and operator interfaces. A pirouette flight task was investigated experimentally and described.
机译:本次会议包括五个演示,所有演示都集中在旨在与人类进行交互的机器人系统上。人机交互是一个高度跨学科的领域,来自人机交互,人工智能,机器人技术,自然语言理解和社会科学的研究人员都必须为此做出贡献,本届会议证明了所有这些学科的贡献。明尼苏达大学的第一篇论文,《微型旋翼机的空中遥操作》,作者是明尼苏达大学的安德什,梅特勒和帕帕尼科普洛斯,它们描述了对小型直升机的遥操作的初步研究。所呈现的工作的主要贡献是确定度量标准,这些度量标准可以捕获任务的有效性和主管的工作量,并调查不同类型的控制方法和操作员界面。通过实验研究并描述了旋转旋转飞行任务。

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