Liublimskaia V V, Malinnikova T G, Chernova E I
Fiziol Zh Im I M Sechenova. 1994 Oct;80(10):39-52.
The identification of stationary vowels in influenced by the change in relations of formant amplitudes as if their "centre gravity" is used in phoneme decision. That is valid for formants spaced in critical frequency band equal approximately 3.5 Bark. The hypothesis about large-scale spectral integration in auditory system is based on this effect. The data obtained supports the hypothesis in respect to non-stationary sounds, too. Imitation of the large-scale spectral integration on the model of auditory processing suggests that the frequency band of the integration may be equal to 3.5 Bark.
稳态元音的识别受共振峰振幅关系变化的影响，就好像在音素判定中使用了它们的“重心”。这对于间隔在临界频带（约3.5巴克）内的共振峰是有效的。关于听觉系统中大规模频谱整合的假设就是基于这一效应。所获得的数据在非稳态声音方面也支持这一假设。在听觉处理模型上对大规模频谱整合的模拟表明，整合的频带可能等于3.5巴克。
