Furthermore, when calculated with the Japanese speakers' production boundary, the Korean speakers showed a low affricate→fricative error rate (6.7%) similar to the /ts/→/s/ error rate (6.25%) in Table 4. These results suggest that Korean speakers transfer Korean /tɕ/ and /tɕ*/ to pronounce Japanese /ts/.
These facts suggest that Korean speakers tend to have a stable [s]-[ts] production boundary but that differ from Japanese speakers.
It was revealed that Japanese speakers have a clear individual production boundary between [s] and [ts], and that this boundary corresponds to the production ...
In contrast, although Korean speakers tend to have a clear individual production boundary, the boundary dose not corresponds to that of Japanese speakers. These ...
In contrast, although Korean speakers tend to have a clear individual production boundary, the boundary dose not corresponds to that of Japanese speakers. These ...
Oct 18, 2010 · This study investigated characteristics of the boundary in non‐native Japanese speakers such as Koreans, because they often have trouble in ...
The results suggest that Korean speakers can apply the acoustic features of Korean fricatives and affricates to perceive the Japanese /s/ as well as /ʦ/ that ...
Oct 22, 2024 · These results indicate that Korean speakers have a different production boundary of /s/ and / ¶/ from Japanese speakers, probably because they ...
The results suggest that Korean speakers can apply the acoustic features of Korean fricatives and affricates to perceive the Japanese /s/ as well as /¶/ that ...
Production boundary between fricative and affricate in Japanese and Korean speakers ; 開始ページ: 468 ; 終了ページ: 471 ; 記述言語: 英語 ; 掲載種別: 研究論文（国際 ...