Augmenting Human Performance in Remotely Piloted Aircraft

Gruenwald Christina M.; Middendorf Matthew S.; Hoepf Michael R.Galster Scott M.

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Augmenting Human Performance in Remotely Piloted Aircraft

机译：增加人类在遥控的表现飞机

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INTRODUCTION: An experiment in a program of research supporting the sense-assess-augment (SAA) framework is described. The objective is to use physiological measures to assess operator cognitive workload in remotely piloted aircraft (RPA) operations, and provide augmentation to assist the operator in times of high workload. In previous experiments, physiological measures were identified that demonstrate sensitivity to changes in workload. The current research solely focuses on the augmentation component of the SAA paradigm. This line of research uses a realistic RPA simulation with varying levels of workload.

机译：简介:一个实验在一个程序中研究支持sense-assess-augment(SAA)框架。使用生理指标来评估操作符认知负载在遥控飞机(战)操作,并提供增强协助运营商在高工作负载。以前的实验,生理指标发现证明敏感工作负载的变化。关注的是增加SAA的组件范例。战模拟不同程度的工作负载。

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《Aerospace medicine and human performance.》 |2018年第2期|115-121|共7页
作者
Gruenwald Christina M.; Middendorf Matthew S.; Hoepf Michael R.Galster Scott M.;
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正文语种英语
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Workload; Radio controlled miniatures; HUMAN PERFORMANCE;

机译：工作负载,无线电控制的微型;人类性能;

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Augmenting Human Performance in Remotely Piloted Aircraft

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