Mutual transfer between visual and auditory temporal interval learning supports a central clock in temporal processing
Shu-Chen Guan; Ying-Zi Xiong; Cong Yu
2017-07
Conference Name2017年第二届曲阜视觉科学会议
Conference Date2017.7.2
Conference Place曲阜
Abstract

Temporal perceptual learning shows specificity to the visual or auditory modality, or asymmetric partial transfer from auditory to visual, but not vice versa. These findings are interpreted as evidence for distributed, rather than central, temporal processing (Ivry & Schlerf, 2008). For visual perceptual learning, location and orientation specificity can be eliminated with double training, indicating that learning specificity may not be used to infer the mechanisms of perceptual learning (e.g., Xiao et al., 2008). Here we investigated whether double training can eliminate the modality specificity in temporal learning. 
We first replicated asymmetric partial transfer results between auditory and visual learning of a temporal-interval discrimination (TID) task with standard training. The standard interval was marked by a pair of auditory beeps or visual gratings at 100-ms. The subjects practiced either the auditory or the visual TID task for 5 sessions. Visual TID learning had no impact on auditory TID performance (p=0.65), while auditory TID learning improved visual TID performance (p=0.005), although not as much as direction visual TID learning (p=0.028). However, complete learning transfer was evident with double-training. When visual TID learning was paired with an auditory frequency discrimination task at the same 100-ms interval, auditory TID performance was improved similarly to direct auditory training (p=0.051), indicating complete cross-modal learning transfer. Similarly, when auditory TID learning was paired with a visual contrast discrimination task at the same 100-ms interval, visual TID performance was improved equally as direct visual training (p=0.95), again indicating complete cross-modal learning transfer. In both cases we found no significant impact of practicing auditory frequency discrimination or visual contrast discrimination alone on TID performance.
Our results suggest mutual and nearly complete learning transfer of TID learning between visual and auditory modalities, which are consistent with a central temporal processing mechanism shared by different modalities.

Keywordtemporal interval discrimination cross-modal double training
Subject Area视觉心理物理与模型(二)
Language英语
Document Type会议论文
Identifierhttp://ir.psych.ac.cn/handle/311026/22062
Collection心理所主办、承办、协办学术会议_2017年第二届曲阜视觉科学会议_会议摘要
AffiliationSchool of Psychological and Cognitive Sciences, IDG-McGovern Institute for Brain Sciences, and Peking-Tsinghua Center for Life Sciences, Peking University
Recommended Citation
GB/T 7714
Shu-Chen Guan,Ying-Zi Xiong,Cong Yu. Mutual transfer between visual and auditory temporal interval learning supports a central clock in temporal processing[C],2017.
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