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Examining the Moderating Effect of Workload on Controller Task Distribution

机译:检查工作量对控制器任务分配的调节作用

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Efforts to characterize controller workload - a key factor in limiting en route capacity - have produced mixed results. Subjective workload ratings reveal significant variations in minimum/maximum workload across individuals and show a categorical jump in perceived workload with a linear increase in aircraft count, making it difficult to predict workload limits with increased traffic. In addition, workload seems to be actively moderated by the controller to reduce monitoring tasks during high traffic/workload situations. In this paper, we examine this strategy shift by associating bookkeeping tasks and route/altitude clearances with online workload ratings. Overall, the data suggest that the controllers shed peripheral tasks related to monitoring and bookkeeping as the traffic ramps up and their perceived workload transitions from low to high. Whenever workload reached a maximum, some bookkeeping tasks were delayed and performed in "groups" after the peak traffic subsided.
机译:表征控制器工作量(限制行进能力的关键因素)的努力产生了不同的结果。主观工作负荷等级揭示了个体之间最小/最大工作负荷的显着变化,并且随着飞机数量的线性增加,感知的工作负荷也发生了明显的跳跃,这使得难以预测随着交通流量增加而产生的工作负荷极限。另外,控制器似乎主动地减轻了工作量,以减少高流量/工作量情况下的监视任务。在本文中,我们通过将簿记任务和路线/高度许可与在线工作量等级相关联来研究这种策略转变。总体而言,数据表明,随着流量的增加以及他们感知到的工作负载从低到高的转变,控制器承担了与监视和簿记有关的外围任务。每当工作量达到最大时,高峰流量消退后,某些簿记任务就会被延迟并“分组”执行。

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