Word Identification in Noise
نویسندگان
چکیده
منابع مشابه
Effect of Cross-word Context on Plosive Identification in Noise for Native and Non-native Listeners
Studies of second language speech perception can highlight the role of prior knowledge in native language processing. The current study compared native and non-native identification of plosives in words spliced from natural utterances when presented in noise, with and without the context of the preceding word. Both listener groups performed at the same level in the absence of context at high no...
متن کاملLanguage Effects in Noise-Induced Word Misperceptions
Speech misperceptions provide a window into the processes underlying spoken language comprehension. One approach shown to catalyse robust misperceptions is to embed words in noise. However, the use of masking noise makes it difficult to measure the relative contributions of low-level auditory processing and higher-level factors which involve the deployment of linguistic experience. The current ...
متن کاملCrowdsourcing for Word Recognition in Noise
Access to large samples of listeners is an appealing prospect for speech perception researchers, but lack of control over key factors such as listeners’ linguistic backgrounds and quality of stimulus delivery is a formidable barrier to the application of crowdsourcing. We describe the outcome of a web-based listening experiment designed to discover consistent confusions amongst words presented ...
متن کاملDiscovering consistent word confusions in noise
Listeners make mistakes when communicating under adverse conditions, with overall error rates reasonably well-predicted by existing speech intelligibility metrics. However, a detailed examination of confusions made by a majority of listeners is more likely to provide insights into processes of normal word recognition. The current study measured the rate at which robust misperceptions occurred f...
متن کاملNon-native word recognition in noise: the role of word-initial and word-final information
When listening in noisy conditions, word recognition seems to be much harder in a non-native language than in one’s native language. Native listeners use both word-initial and word-final information for word recognition in clean listening conditions, where word-initial information is the most important. When listening in noise, however, word-final information becomes relatively more important. ...
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ژورنال
عنوان ژورنال: Language and Cognitive Processes
سال: 1996
ISSN: 0169-0965,1464-0732
DOI: 10.1080/016909696387097