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在模拟的潜艇控制室中共享图像和分析工具。

Sharing imagery and analysis tools in a simulated submarine control room.

机构信息

The University of Western Australia, Australia.

Defence Science and Technology Group (Australia), Australia.

出版信息

Appl Ergon. 2024 Jan;114:104125. doi: 10.1016/j.apergo.2023.104125. Epub 2023 Aug 31.

Abstract

We examined the impact of sharing periscope imagery and analysis tools in eighteen five-member teams (Sonar, Periscope, 2xTrack Motion Analysts, Track Manager) who undertook simulated submarine patrol tasks. Compared to a baseline condition, sharing imagery to team members increased perceived individual workload, with no improvement to team performance (tactical picture accuracy). When both imagery and analysis tools were shared, perceived workload increased and tactical picture compilation was more accurate. Despite this improved tactical picture for the imagery and analysis tools condition, there was no advantage to mission completion (rendezvous/close contact detection) or situation awareness. In contrast to the increased subjective workload, individuals in teams provided with shared imagery (with or without tools) had a lower physiological response (heart rate, electrodermal) to task demands compared to the baseline condition. Sharing imagery and analysis tools likely benefited tactical picture compilation by enabling dynamic task redistribution and multiple streams of concurrent data analysis.

摘要

我们考察了在十八个五人小组(声纳员、潜望镜观察员、双 track 运动分析师、轨迹管理者)中分享潜望镜图像和分析工具对模拟潜艇巡逻任务的影响。与基线条件相比,向团队成员共享图像会增加个体感知的工作量,而不会提高团队绩效(战术图片准确性)。当同时共享图像和分析工具时,感知的工作量增加,战术图片编制更准确。尽管图像和分析工具共享条件下的战术图片有所改善,但对任务完成(会合/近距离接触检测)或态势感知没有优势。与主观工作量增加形成对比的是,与基线条件相比,提供共享图像(带或不带工具)的团队中的个体对任务需求的生理反应(心率、皮肤电)较低。共享图像和分析工具可能通过支持动态任务重新分配和多数据流并发数据分析,从而有利于战术图片编制。

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