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听力受损听众对频谱和时间线索的个体敏感性。

Individual sensitivity to spectral and temporal cues in listeners with hearing impairment.

作者信息

Souza Pamela E, Wright Richard A, Blackburn Michael C, Tatman Rachael, Gallun Frederick J

出版信息

J Speech Lang Hear Res. 2015 Apr;58(2):520-34. doi: 10.1044/2015_JSLHR-H-14-0138.

Abstract

PURPOSE

The present study was designed to evaluate use of spectral and temporal cues under conditions in which both types of cues were available.

METHOD

Participants included adults with normal hearing and hearing loss. We focused on 3 categories of speech cues: static spectral (spectral shape), dynamic spectral (formant change), and temporal (amplitude envelope). Spectral and/or temporal dimensions of synthetic speech were systematically manipulated along a continuum, and recognition was measured using the manipulated stimuli. Level was controlled to ensure cue audibility. Discriminant function analysis was used to determine to what degree spectral and temporal information contributed to the identification of each stimulus.

RESULTS

Listeners with normal hearing were influenced to a greater extent by spectral cues for all stimuli. Listeners with hearing impairment generally utilized spectral cues when the information was static (spectral shape) but used temporal cues when the information was dynamic (formant transition). The relative use of spectral and temporal dimensions varied among individuals, especially among listeners with hearing loss.

CONCLUSION

Information about spectral and temporal cue use may aid in identifying listeners who rely to a greater extent on particular acoustic cues and applying that information toward therapeutic interventions.

摘要

目的

本研究旨在评估在两种线索均可用的条件下频谱线索和时间线索的使用情况。

方法

参与者包括听力正常的成年人和听力损失者。我们聚焦于三类语音线索:静态频谱(频谱形状)、动态频谱(共振峰变化)和时间(幅度包络)。合成语音的频谱和/或时间维度沿着一个连续体进行系统操纵,并使用操纵后的刺激来测量识别情况。控制强度以确保线索可听度。使用判别函数分析来确定频谱和时间信息在多大程度上有助于识别每个刺激。

结果

听力正常的听众在所有刺激中受频谱线索的影响更大。有听力障碍的听众在信息为静态(频谱形状)时通常利用频谱线索,但在信息为动态(共振峰过渡)时使用时间线索。频谱和时间维度的相对使用在个体间有所不同,尤其是在听力损失的听众中。

结论

关于频谱和时间线索使用的信息可能有助于识别那些在更大程度上依赖特定声学线索的听众,并将该信息应用于治疗干预。

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