School of Psychology, The University of New South Wales, Sydney, Kensington, NSW, 2052, Australia.
Cogn Res Princ Implic. 2022 Feb 8;7(1):14. doi: 10.1186/s41235-022-00364-y.
In three experiments, we sought to understand when and why people use an algorithm decision aid. Distinct from recent approaches, we explicitly enumerate the algorithm's accuracy while also providing summary feedback and training that allowed participants to assess their own skills. Our results highlight that such direct performance comparisons between the algorithm and the individual encourages a strategy of selective reliance on the decision aid; individuals ignored the algorithm when the task was easier and relied on the algorithm when the task was harder. Our systematic investigation of summary feedback, training experience, and strategy hint manipulations shows that further opportunities to learn about the algorithm encourage not only increased reliance on the algorithm but also engagement in experimentation and verification of its recommendations. Together, our findings emphasize the decision-maker's capacity to learn about the algorithm providing insights for how we can improve the use of decision aids.
在三项实验中,我们试图了解人们何时以及为何使用算法决策辅助工具。与最近的方法不同,我们明确列举了算法的准确性,同时提供了汇总反馈和培训,使参与者能够评估自己的技能。我们的研究结果表明,算法和个人之间的这种直接性能比较鼓励了选择性依赖决策辅助工具的策略;当任务较容易时,个人会忽略算法,而当任务较难时,个人会依赖算法。我们对汇总反馈、培训经验和策略提示操作的系统研究表明,进一步了解算法的机会不仅鼓励更多地依赖算法,还鼓励进行实验和验证其建议。总的来说,我们的研究结果强调了决策者了解算法的能力,为我们如何改进决策辅助工具的使用提供了思路。