Vowel-Like Sound Structure in an African Grey Parrot (Psittacus erithacus) Vocal Production

L. Bottoni, S. Masin, D. Lenti-Boero
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引用次数: 9

Abstract

In our study we taught a female African Grey 11 Italian words: vowel-like sounds were extracted from com- prehensible words after critical listening, and pitch frequency (Pkf) was measured for the first three formants of each vowel. Similarly, formants from human vowels were isolated and measured. The analysis run on formant frequencies mean values of both samples revealed that human vowels could be separated on the basis of the first three formants. Com- parison between each human vowel and its parrot counterpart revealed that four out of five parrot vowels could be consid- ered statistically different from human ones regarding the first two formants, but comparison between F2/F1 and F3/F2 are not significant. Our results suggest that formant spaces do exist in the vocalic production of a talking bird. This leads to interesting conclusions about generalization skills involved in speech recognition, vowel parsing patterns and label pro- duction.
非洲灰鹦鹉(Psittacus erithacus)发声过程中的元音样音结构
在我们的研究中,我们教了一位非洲女性11个意大利语单词:在仔细听后,从可理解的单词中提取出类似元音的声音,并测量每个元音的前三个共振峰的音高频率(Pkf)。同样,从人类元音中分离出共振峰并进行测量。对两个样本的共振峰频率平均值的分析表明,人类元音可以在前三个共振峰的基础上分开。通过对人与鹦鹉元音的对比,发现鹦鹉元音的前两个共振峰有4 / 5与人元音有统计学差异,但F2/F1和F3/F2之间的差异不显著。我们的研究结果表明,形成区确实存在于会说话的鸟的发声过程中。这导致了关于语音识别、元音解析模式和标签生成的泛化技能的有趣结论。
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