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熵与变异性判别

Entropy and variability discrimination.

作者信息

Young M E, Wasserman E A

机构信息

Department of Psychology, University of Iowa, USA.

出版信息

J Exp Psychol Learn Mem Cogn. 2001 Jan;27(1):278-93.

Abstract

Two experiments examined college students' discrimination of complex visual displays that involved different degrees of variability or "entropy." Displays depicted 16 black and white line drawings of various types (e.g., a brain, a clock, a hand); the participants were required to classify a display in terms of its variability (e.g., a low-variability display contains many identical items, whereas a high-variability display contains few identical items). The participants' accuracy and reaction time scores on a 2-alternative forced-choice discrimination disclosed that people can and do use entropy to classify different levels of visual display variability. Individuals differed in their use of absolute rather than relative entropy.

摘要

两项实验研究了大学生对包含不同程度变异性或“熵”的复杂视觉显示的辨别能力。显示呈现了16种不同类型的黑白线条图(例如,大脑、时钟、手);要求参与者根据其变异性对显示进行分类(例如,低变异性显示包含许多相同的项目,而高变异性显示包含很少相同的项目)。参与者在二选一强制选择辨别任务中的准确性和反应时间得分表明,人们能够且确实会利用熵来对不同水平的视觉显示变异性进行分类。个体在使用绝对熵而非相对熵方面存在差异。

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