Teleoperators for advanced manufacturing: Applications and human factors challenges

J. Draper
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引用次数: 56

Abstract

Advanced manufacturing systems integrate human workers with computers, automation, and robots. However, they do not often include a class of robotic device called a teleoperator. Teleoperators are human-robot systems that combine powerful human perceptual and problem-solving capabilities with the hardiness of machines. Therefore, they are more capable of interacting with dynamic environments than autonomous robots and yet insulate the human user from hazards in the work environment. The aims of this paper are to (1) introduce the reader to teleoperators and show how they might find a niche in advanced manufacturing systems and (2) discuss the human factors challenges presented by teleoperation. The paper concentrates on the existing state-of-the-art, including examples of the capabilities of existing teleoperator technology and current challenges in teleoperator human-machine interfaces. @ 1995 John Wiley & Sons, Inc.
先进制造业的远程操作员:应用和人为因素的挑战
先进的制造系统将人类工人与计算机、自动化和机器人集成在一起。然而,它们通常不包括一类被称为远程操作员的机器人设备。远程操作员是人-机器人系统,它结合了强大的人类感知和解决问题的能力与机器的耐寒性。因此,它们比自主机器人更能与动态环境交互,同时又能使人类用户免受工作环境中的危害。本文的目的是(1)向读者介绍远程操作员,并展示他们如何在先进制造系统中找到一个利基;(2)讨论远程操作带来的人为因素挑战。本文集中讨论了现有的技术水平,包括现有遥操作技术的能力示例和遥操作人机界面的当前挑战。约翰威利父子公司
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