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Applying Cognitive Engineering Principles to Allocation of Roles and Responsibilities for a Future Air Traffic Management Concept

机译:应用认知工程原则将未来空中交通管理概念的角色和责任分配

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NASA’s Management by Trajectory (MBT) concept will improve trajectory predictability by providingmethods to keep aircraft on negotiated trajectories; however, the concept impacts roles and responsibilities.Most notably, MBT envisions a different distribution of responsibilities between the Radar-side and Dataside(herein called the negotiating) controllers. Cognitive engineering provides a rich history of researchinto understanding the roles that humans and automation play in complex systems and some principles forsystem design. This paper briefly summarizes this literature, focusing on principles underlying theproposed allocation of responsibilities in MBT and the source of automation and information requirements.
机译:NASA通过轨迹的管理(MBT)概念将通过提供提高轨迹可预测性将飞机保持在谈判轨迹的方法;但是,该概念会影响角色和职责。最值得注意的是,MBT设想了雷达侧和数据区域之间的职责不同(这里称为谈判)控制器。认知工程提供丰富的研究历史了解人类和自动化在复杂系统中发挥的角色以及一些原则系统设计。本文简要介绍了这种文献,重点关注底层的原则建议在MBT和自动化源和信息要求中分配责任。

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