A Summary of Speech Pronunciation Research based on the Electropalatograph

Authors

  • Yanhua Duan
  • Xianghe Meng

DOI:

https://doi.org/10.54691/bcpssh.v15i.417

Keywords:

Electropalatograph; Experimental Phonetics; Speech Pronunciation; EPG.

Abstract

This paper mainly introduces and summarizes the current status of electropalatograph research. The research on speech pronunciation based on the electropalatograph mainly uses the pronunciation physiology equipment—electropalatograph instrument to obtain the point-like image recording data when the tongue touches the upper palate during the process of speech pronunciation, and then carries out data analysis and modeling research. The electropalatograph mainly records the contact state of the tongue and palate, which can record and describe the process of speech pronunciation more accurately, objectively and scientifically. It can enrich the relevant theories of experimental phonetics and improve the traditional interpretation of speech pronunciation. Pronunciation mechanism provides reference data.

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References

Kong Jiangping. Theoriers and Methods of Physiologic Phonetics[J]. Language and Character Application, 2021 (04):2-14.

Wu Xiyu. A Review of Study on Speech Production Based on Observation Equipment [J]. Ethnic Language and Literature, 2019(06):66-71.

Luo Yu. Research on consonant pronunciation parts and coarticulation based on EPG [D]. Shanghai Normal University, 2017.

Zheng Yuling, Zhu Siyu. Mandarin speech dynamic electropalatography database and its research platform [C]//Proceedings of the 6th National Conference on Human-Machine Speech Communication. 2001: 443-448.

Hasiqimuge, Zheng Yuling, Huhe, Bao Guilan, Hu Hongyan. Mongolian phonetic dynamic electropalatography database [C]//Proceedings of the 9th China Phonetics Conference. 2010:527-533 .

Wu Han. Research on English consonants based on EPG [D]. Northwest University for Nationalities, 2011.

Bao Huaiqiao, Zheng Yuling. Research on the electropalatograph in Mandarin [J]. Journal of Nanjing Normal University, 2011(03):1-11.

Wang Jianbin. Physiological research on consonant pronunciation in Tibetan Amdo dialect based on electropalatograph [D]. Northwest University for Nationalities, 2013.

Duan Yanhua. A Physiological Study on the Pronunciation of Mandarin Chinese Consonants Based on Electropalatograph [D]. Northwest University for Nationalities, 2014.

Li Yinghao. Research on the coarticulation of Mandarin Chinese based on electropalatograph [J]. Chinese Journal of Phonetics, 2016(02):146-152.

Li Yinghao, Zhang Jinghua. EPG and acoustic analysis of lingual alveolar fricatives in Korean [J]. Chinese Journal of Phonetics, 2018(01):63-70.

Aizezi Abulimiti. Research on Uyghur consonant coarticulation based on electropalatograph [D]. Doctoral dissertation of Peking University, 2018.

Li Yinghao, Kong Jiangping. Reverse coarticulation between two syllables V1n#C2V2 in Mandarin [J]. Journal of Tsinghua University (Natural Science Edition), 2013,53(06):818-822.

Hu Yanru, Shi Jing, Yu Hongzhi. progress of speech pathology with dynamic electropalatography (EPG) [J]. Science and Technology Information, 2010(17): 20+8.

Bao Guilan, Ha Siqimuge, Hu He. Research on the pronunciation parts of Mongolian consonants based on EPG [J]. Ethnic Language and Literature, 2010(3):10.

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Published

2022-03-13

How to Cite

Duan, Y., & Meng, X. (2022). A Summary of Speech Pronunciation Research based on the Electropalatograph. BCP Social Sciences & Humanities, 15, 176-180. https://doi.org/10.54691/bcpssh.v15i.417