منابع مشابه
Comparing Identification of Artificial and Natural Vowels
In this study, we investigate how listeners classify non-native vowels, comparing classification of synthetically produced stimuli to that of natural stimuli. A forced choice identification task reveals that synthetic vowels are labeled differently from natural vowels and take more processing time. Participants are also less concordant in labeling synthetic tokens as compared to natural tokens....
متن کاملNew signal features for robust identification of isolated vowels
Current signal processing techniques do not match the astonishing ability of the Human Auditory System in recognizing isolated vowels, particularly in the case of female or child speech. As didactic and clinical interactive applications are needed using sound as the main medium of interaction, new signal features must be used that capture important perceptual cues more effectively than popular ...
متن کاملFormant Bandwidth Affects the Identification of Competing Vowels
Formant bandwidth is known to have little effect on vowel quality. This paper shows that it has a strong effect on mutual masking between vowels. Subjects presented with stimuli consisting of pairs of synthetic vowels were requested to report one or two vowels for each stimulus. Identification rates were calculated independently for both vowels in the stimulus. Vowels had either the same or dif...
متن کاملIdentification of natural whistled vowels by non-whistlers
Whistled speech consists of a phonetic emulation of the sounds produced in spoken voice. This style of speech is the result of the adaptation of the human productive and perceptive intelligence to a language behavior. In the typology of whistled forms of languages, Spanish is among the languages for which the whistled strategy emulates primarily segmental acoustic cues of vowels and consonants....
متن کاملModeling the identification of concurrent vowels with different fundamental frequencies.
Human listeners are better able to identify two simultaneous vowels if the fundamental frequencies of the vowels are different. A computational model is presented which, for the first time, is able to simulate this phenomenon at least qualitatively. The first stage of the model is based upon a bank of bandpass filters and inner hair-cell simulators that simulate approximately the most relevant ...
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ژورنال
عنوان ژورنال: The Journal of the Acoustical Society of America
سال: 1959
ISSN: 0001-4966
DOI: 10.1121/1.1936150