An acoustical analysis of the cardinal vowels as spoken by Daniel Jones

Henri Boshoff, E. Botha
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引用次数: 4

Abstract

An analysis is presented of the recording of the cardinal vowels made by Daniel Jones. A pitch synchronous formant tracking method is used to derive trajectories in formant space, which are then compared to the predictions of a scaling discretization of formant ratios (SDF). The results are used to measure the SDF's single parameter, yielding a value of 1.6/spl plusmn/0.03. A possible explanation is given for this value, in terms of desirable properties of vowels as discrete elements in an auditory communication system code.
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丹尼尔·琼斯所讲的主要元音的声学分析
本文对丹尼尔·琼斯所作的基本元音录音进行了分析。采用螺距同步形成峰跟踪方法推导出形成峰空间中的轨迹,然后将其与形成峰比率(SDF)的尺度离散化预测结果进行比较。结果用于测量SDF的单个参数,得到1.6/spl + usmn/0.03的值。对于这个值给出了一个可能的解释,根据元音作为听觉通信系统代码中离散元素的理想属性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Hybrid combination of knowledge- and cepstral-based features for phoneme recognition Signal processing of the auditory brainstem response: clinical effects of variations in fast Fourier transform analysis On slotted waveguide antenna design at Ka-band An acoustical analysis of the cardinal vowels as spoken by Daniel Jones Stepped-frequency processing by reconstruction of target reflectivity spectrum
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