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Information Displays and Crew Configurations for UTM Operations

机译:UTM操作的信息显示和船员配置

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In this paper we discuss how team configuration may influence how information is shared among team members for low-altitude Unmanned Aircraft Systems(UAS)operations. NASA collected and analyzed observation data gathered during a series of field tests for the UAS Traffic Management (UTM)project. The field tests were part of a larger effort aimed at advancing the UTM concept, conducted at six test-sites across the USA. Ground control station (GCS)concepts, flight-crew composition, and crew-size varied within and across test-sites. Flight crews took two strategic approaches to organizing their teams. The first of the two approaches was implemented by one third of the flight crews. These crews integrated the role of UTM operator into the duties of existing crew members, merging the current roles with this new one, keeping the UTM operator collocated with the flight crew. The remaining two thirds implemented a distributed team configuration, where a single UTM operator distributed support across multiple crews. Results from our data collection efforts revealed that UTM operator location influenced whether flight crews used verbal communication versus displays to acquire UTM information.
机译:在本文中,我们讨论了团队配置如何影响Lew-Altmaned飞机系统(UAS)操作的团队成员之间的信息。 NASA收集和分析了在UAS交通管理(UTM)项目的一系列现场测试期间收集的观察数据。现场测试是旨在推进UTM概念的更大努力的一部分,在美国六个测试场地进行。地面控制站(GCS)概念,飞行船员组成和船员大小在测试场所和跨越测试场所。航班机组人员采取了两种战略方法来组织他们的团队。这两种方法中的第一个是由飞行机组人员的三分之一实施。这些工作人员将UTM运营商融入现有船员成员的职责,将目前的角色与这一新的作者合并,使UTM运营商与飞行机组人员合作。剩下的三分之二实现了分布式团队配置,其中一个UTM运算符在多个机组人员跨越支持。我们的数据收集努力的结果揭示了UTM运营商位置影响了飞行机组是否使用的言语通信与显示器获取UTM信息。

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