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预先警告动态环境中的中断:预防能否促进恢复?

Forewarning interruptions in dynamic settings: Can prevention bolster recovery?

机构信息

School of Psychology.

出版信息

J Exp Psychol Appl. 2019 Dec;25(4):674-694. doi: 10.1037/xap0000219. Epub 2019 Mar 21.

Abstract

In complex dynamic work environments, the consequences of task interruptions on performance can put public safety at risk. If not designed carefully, current tools aiming to facilitate interruption recovery can instead hamper performance because of information overload. Although a simpler solution-the forewarning of an imminent interruption-has proven effective in static contexts, existing theories of task interruption do not clearly predict its impact on the resumption of dynamically evolving tasks. The current study examined the effects of a preinterruption warning in dynamic settings to develop a better understanding of task resumption and supplement current theoretical accounts. In a simulation of above-water warfare, scenarios were either uninterrupted, unexpectedly interrupted, or interrupted following an auditory warning. Behavioral, oculomotor, and pupillometric data regarding decision making, information processing, and cognitive load were computed before, during, and after each interruption (or the corresponding moment). Interruption warnings triggered a cognitively demanding preinterruption preparation that, in turn, speeded up postinterruption information processing and decision making and lowered cognitive load when resuming the interrupted task. These findings help to complement current theories of interruptions while showing that preinterruption warnings represent a promising way to support interruption recovery in complex dynamic situations. (PsycINFO Database Record (c) 2019 APA, all rights reserved).

摘要

在复杂的动态工作环境中,任务中断对绩效的影响可能会危及公共安全。如果设计不当,当前旨在促进中断恢复的工具可能会因为信息过载而反而影响性能。尽管更简单的解决方案——即将发生中断的预警——在静态环境中已被证明是有效的,但现有的任务中断理论并没有清楚地预测它对动态演变任务恢复的影响。本研究在动态环境中检查了中断前预警的效果,以更好地理解任务恢复,并补充现有的理论解释。在水面作战模拟中,场景要么未被中断,要么意外中断,要么在听觉预警后中断。在每次中断(或相应的时刻)之前、期间和之后,计算了关于决策、信息处理和认知负荷的行为、眼动和瞳孔测量数据。中断警告引发了认知上要求很高的中断前准备,这反过来又加快了中断后信息处理和决策的速度,并降低了恢复中断任务时的认知负荷。这些发现有助于补充现有的中断理论,同时表明中断前预警是支持复杂动态情况下中断恢复的一种很有前途的方法。

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