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Role of Short-time Acoustic Temporal Fine Structure Cues in Sentence Recognition for Normal-hearing Listeners
Authors
Limin Hou
Li Xu
Publication date
1 February 2018
Publisher
'Acoustical Society of America (ASA)'
Doi
Cite
Abstract
© 2018 Acoustical Society of America. Short-time processing was employed to manipulate the amplitude, bandwidth, and temporal fine structure (TFS) in sentences. Fifty-two native-English-speaking, normal-hearing listeners participated in four sentence-recognition experiments. Results showed that recovered envelope (E) played an important role in speech recognition when the bandwidth was \u3e 1 equivalent rectangular bandwidth. Removing TFS drastically reduced sentence recognition. Preserving TFS greatly improved sentence recognition when amplitude information was available at a rate ≥ 10 Hz (i.e., time segment ≤ 100 ms). Therefore, the short-time TFS facilitates speech perception together with the recovered E and works with the coarse amplitude cues to provide useful information for speech recognition
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OHIO Open Library (Ohio University)
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Last time updated on 24/10/2021
OHIO Open Library (Ohio University)
See this paper in CORE
Go to the repository landing page
Download from data provider
oai:ohioopen.library.ohio.edu:...
Last time updated on 01/12/2020