介绍(产科)
计算机科学
心理信息
贝叶斯统计
认知心理学
贝叶斯推理
贝叶斯概率
理性
空间智能
读写能力
贝叶斯网络
空间能力
定性推理
人工智能
日常生活
心理学
任务(项目管理)
认知
教育学
经济
梅德林
法学
管理
神经科学
放射科
医学
政治学
作者
Gary L. Brase,W. Trey Hill
摘要
Bayesian reasoning is ubiquitous in everyday life. However, how people perform in formal Bayesian reasoning tasks depends on both how the task is presented and individual differences in general ability. Different theoretical views predict that these individual difference factors should either interact with, or be independent of, presentation formats. This research first established changes in reasoning performance across different presentation formats (information presented either in natural frequencies or in percentages and either with pictorial aids or with no pictures). Concurrently, participants were assessed for their general level of numerical literacy and level of spatial ability. Multiple analyses indicate that the contributions of numerical literacy and spatial ability to Bayesian reasoning success were largely independent of the presentation of the tasks (numerical format and picture presence). These findings are shown in a subsequent experiment to hold, broadly, across 4 different assessments of numerical literacy and 4 different assessments of spatial ability. This result is most consistent with an ecological rationality view of statistical reasoning. (PsycINFO Database Record
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