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Limitations and Advantages of Autonomy in Controlling Multiple Systems: an International View

机译:控制多系统自治的局限性和优势:国际视野

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This panel has been designed to discuss future directions in unmanned system (UMS) andhuman-robot interaction (HRI) research. It will focus on broad issues related tocontrolling multiple UMSs in the military domain from the perspective of differentinternational studies. The members of this panel have been chosen specifically for theirbackground and insight into these areas and it is hoped that their discussion will provideboth direction and guidance necessary to overcome the challenges of UMS integrationinto military environments. We will discuss the following future systems (a) Israeliresearch on the effects of UMS visualizations from multiple systems for intelligencegatheringoperations by dismounted soldiers (b) Canadian research conducted on synergybetween intelligent agents and war fighters, (c) problems with autonomy and possiblehuman factors solutions using common interface solutions being developed by US Navyresearchers for surface ship and ground applications, (d) the use of co-operative cognitiveagent technology developed by the German Bundeswhre University as a middle groundbetween manual and autonomous control and (e) US Army research on progressiveautonomy.
机译:该小组旨在讨论无人驾驶系统(UMS)的未来发展方向和 人机交互(HRI)研究。它将着重于与以下内容有关的广泛问题 从不同的角度控制军事领域的多个UMS 国际研究。该小组的成员是专门为他们选择的 这些领域的背景和见识,希望他们的讨论将提供 克服UMS集成挑战所必需的指导和指导 进入军事环境。我们将讨论以下未来系统(a)以色列 多系统UMS可视化效果的智能收集研究 退役士兵的行动(b)关于协同作用的加拿大研究 在智能特工和战斗人员之间,(c)自治问题和可能的问题 使用美国海军开发的通用接口解决方案的人为因素解决方案 研究人员在水面舰艇和地面的应用中,(d)合作认知的使用 由德国联邦大学(Bundeswhre University)开发的中间技术 手动控制和自主控制之间的关系;以及(e)美国陆军对进步的研究 自治。

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