首页> 外文期刊>The Journal of the Acoustical Society of America >Spectral moments vs discrete cosine transformation coefficients: Evaluation of acoustic measures distinguishing two merging German fricatives
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Spectral moments vs discrete cosine transformation coefficients: Evaluation of acoustic measures distinguishing two merging German fricatives

机译:光谱矩阵与离散余弦变换系数:声学测量的评估区分两个合并德国玻璃剂

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摘要

The results of the quantification of the acoustic differences between German /c/ and /S/ in three speaker groups with varying contrast realizations are presented. Data for two speaker groups were collected in Berlin and Kiel, where the contrast is still realized. Data for a third group were collected in Berlin from speakers of Hood German-a youth-style multiethnolect spoken by adolescents in multilingual and multicultural neighborhoods of Berlin-where the contrast has weakened or is even lost. A forced choice perception test showed that listeners reliably differentiate these two fricatives in minimal pairs produced by the speakers from Berlin and Kiel, but fail to do so for the productions of the Hood German speakers. The acoustic analysis reveals that spectrally, the fricatives are very similar in all varieties. The spectral moments (Center of Gravity, standard deviation, kurtosis, skewness) fail to reveal the differences between the fricatives that are apparent from visual inspection of the spectra and the perceived auditory differences. Analyses of the discrete cosine transformation coefficients, however, better quantify these differences. This study suggests that minute differences between fricatives that vary between speaker groups may be captured more reliably with discrete cosine transformations compared to spectral moments. (C) 2017 Acoustical Society of America.
机译:展示了德语/ C / S / / S / SIN的三个扬声器组之间的声学​​差异的结果,并提出了不同对比度的对比度。在柏林和基尔收集了两个发言群体的数据,仍然实现了对比。来自柏林的第三组的数据从引擎盖德语发言者 - 一个青少年在柏林多语种和多元文化社区中的青年风格的多书,在柏林的多元文化社区 - 迄今为止削弱或甚至丢失。强制选择感知测试表明,听众可靠地区分这两个既可由柏林和基尔生产的扬声器生产的最小成对,但不能为德国扬声器的制作而这样做。声学分析显示,光谱,摩擦在所有品种中非常相似。光谱矩(重心,标准偏差,峰,斜率)未能揭示视觉检查光谱和感知听觉差异的玻璃质之间的差异。离散余弦变换系数的分析更好地量化了这些差异。本研究表明,与光谱矩相比,可以更可靠地捕获扬声器组之间变化的摩擦之间变化的微小差异。 (c)2017年声学社会。

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