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The ability to recognize consonants, especially voiceless plosives, is inadequate in patients with multi-channel cochlear implants. In order to establish a key for the recognition of voiceless plosives [p] [t] [k], we examined the consonant-vowel syllables [pa] [ta] [ka] and processed various syllables by computer; 1) the parts of a consonant signal were differentiated; 2) the connection of consonants and vowels in other syllables was determined; 3) the synthesis of the vowel [a] was studied in 10 repetitions of the first waveform. These processed syllables were examined by four doctors and one speech therapist.For the recognition of voiceless plosives, a signal of at least 1 msec for the voiced onset of the consonant and a spectral information, especially at high frequencies, in regard to the vowels are important factors. The recognition of a short voice onset and emphasis of high frequency power are essential for the improvement of speech perception in cochlear implant.

Characteristics for the Recognition of Voiceless Plosives. For the Improvement of Consonant Recognition Ability in Cochlear Implant.