The Human-Automation Behavioral Interaction Task (HABIT) analysis framework

Pub Date : 2022-06-15 DOI:10.1002/hfm.20963
Isabelle Baird, Mary E. Fendley, Rik Warren
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引用次数: 1

Abstract

Human-machine automation systems involve integration among automated agents and goal-oriented human operators. Automation fundamentally changes the nature of the cognitive demands placed on the human operator, while simultaneously increasing the potential for out-of-the-loop performance problems to impact system efficacy. As a novel human factors method for assessing these human-automation interaction-derived, out-of-the-loop, performance challenges, we introduce the Human-Automation Behavioral Interaction Task (HABIT) analysis. The HABIT framework considers the drivers of system performance in terms of both cognitive activity and human behavior. As an example, we apply HABIT to a tedious intelligence, surveillance, and reconnaissance task. HABIT demonstrates its effectiveness in guiding the modeling and annotation of cognitive activities and successfully predicting actions resulting in errors. System designers can apply HABIT to assess human-automation interaction before a system is fielded to proactively address and mitigate out-of-the-loop performance problems.

人-自动化行为交互任务(HABIT)分析框架
人机自动化系统包括自动化代理和面向目标的人类操作员之间的集成。自动化从根本上改变了对人类操作员的认知需求的本质,同时增加了影响系统效率的非循环性能问题的可能性。作为一种新的人因方法,我们引入了人-自动化行为交互任务(HABIT)分析,用于评估这些源自人-自动化交互的、非循环的、性能挑战。习惯框架从认知活动和人类行为两方面考虑系统性能的驱动因素。例如,我们将习惯应用于繁琐的情报、监视和侦察任务。习惯在指导认知活动的建模和注释以及成功预测导致错误的行为方面证明了它的有效性。系统设计人员可以在系统部署之前应用HABIT来评估人机交互,以主动解决和减轻环外性能问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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