TY - JOUR
T1 - 视听跨通道言语知觉的McGurk效应:证据与模型
AU - Hong, Shanhu
AU - Zeng, Biao
PY - 2023/12
Y1 - 2023/12
N2 - The McGurk effect is a widely used paradigm in the study of audiovisual speech perception, which sheds light on the role of visual information in speech perception and recognition. After reviewing research spanning over four decades, it has been observed that this effect is influenced by various factors, including the characteristics and quality of the auditory and visual signals, individual traits, attention, development, language, and culture. However, comparisons between studies have yielded inconsistent results regarding developmental and cross-language factors. Moreover, it has been suggested that the cognitive process underlying the McGurk effect occurs through different stages, and the brain regions involved may extend beyond the superior temporal and sub-frontal cortex. Additionally, the neural mechanisms of audiovisual integration may differ among various groups. Computational models also hold significant research value and should not be overlooked. Future studies can utilize these models in conjunction with neuroscience to explore special populations and investigate audiovisual suprasegmental speech stimuli. Further research is necessary to interpret the discrepancies among existing studies and provide a comprehensive understanding of the McGurk effect.
AB - The McGurk effect is a widely used paradigm in the study of audiovisual speech perception, which sheds light on the role of visual information in speech perception and recognition. After reviewing research spanning over four decades, it has been observed that this effect is influenced by various factors, including the characteristics and quality of the auditory and visual signals, individual traits, attention, development, language, and culture. However, comparisons between studies have yielded inconsistent results regarding developmental and cross-language factors. Moreover, it has been suggested that the cognitive process underlying the McGurk effect occurs through different stages, and the brain regions involved may extend beyond the superior temporal and sub-frontal cortex. Additionally, the neural mechanisms of audiovisual integration may differ among various groups. Computational models also hold significant research value and should not be overlooked. Future studies can utilize these models in conjunction with neuroscience to explore special populations and investigate audiovisual suprasegmental speech stimuli. Further research is necessary to interpret the discrepancies among existing studies and provide a comprehensive understanding of the McGurk effect.
M3 - Erthygl
SN - 1009-8224
VL - 41
SP - 57
EP - 65
JO - Journal of Quanzhou Normal University
JF - Journal of Quanzhou Normal University
IS - 6
ER -