Mürbe Dirk, Pabst Friedemann, Hofmann Gert, Sundberg Johan
Department of Otorhinolaryngology, Technical University of Dresden, Germany.
J Voice. 2004 Jun;18(2):236-41. doi: 10.1016/j.jvoice.2003.05.001.
The significance of auditory and kinesthetic feedback to pitch control in singing was described in a previous report of this project for students at the beginning of their professional solo singer education.(1) As it seems reasonable to assume that pitch control can be improved by training, the same students were reinvestigated after 3 years of professional singing education. As in the previous study, the singers sang an ascending and descending triad pattern with and without masking noise in legato and staccato and in a slow and a fast tempo. Fundamental frequency and interval sizes between adjacent tones were determined and compared with their equivalents in the equally tempered tuning. The average deviations from these values were used as estimates of intonation accuracy. Intonation accuracy was reduced by masking noise, by staccato as opposed to legato singing, and by fast as opposed to slow performance. The contribution of the auditory feedback to pitch control was not significantly improved after education, whereas the kinesthetic feedback circuit was improved in slow legato and slow staccato tasks. The results support the assumption that the kinesthetic feedback contributes substantially to intonation accuracy.
在本项目之前的一份报告中,针对刚开始接受专业独唱歌手教育的学生,阐述了听觉和动觉反馈对歌唱音高控制的重要性。(1) 鉴于通过训练提高音高控制能力似乎是合理的,对这些学生在接受3年专业歌唱教育后再次进行了研究。与之前的研究一样,歌手们以连音和断音、慢速和快速节奏演唱带有和不带有掩蔽噪声的上行和下行三和弦模式。确定了基频和相邻音调之间的音程大小,并将其与等音调律中的等效值进行比较。这些值的平均偏差被用作音准准确性的估计值。掩蔽噪声、断音(与连音演唱相反)以及快速(与慢速表演相反)都会降低音准准确性。教育后,听觉反馈对音高控制的贡献没有显著改善,而动觉反馈回路在慢速连音和慢速断音任务中得到了改善。结果支持了动觉反馈对音准准确性有重大贡献这一假设。