Prosodic structure Thanks! Overview • Grants from Taiwan’s National Science Council / • Character “prosody” Ministry of Science and Technology: • in Chinese characters, • NSC 97‐2410‐H‐194‐067‐MY3, NSC101‐2410‐H‐194‐115‐ Radical position and reduction MY3, MOST 103‐2410‐H‐194‐119‐MY3 • Reduplication revisited • Many lab assistants over the years: • Stroke shape and position • Ko Yuguang, Yang Chentsung, Hsu Chiung‐Wen, Hong • Guo‐Ming, Hsu Zi‐Ping, Du Pei‐Fen, Su Yu‐Ting, Liu Yu‐ Lengthened strokes James Myers Jay, Chuang Wei‐Chiang, Hsieh Yu‐Yi, Pan Hsiao‐Yin, Su • Curved strokes National Chung Cheng University Si‐Qi • Hooked strokes
[email protected] • Plus: • Chen Tsung‐Ying, Zev Handel, Wolfgang Behr, Jane Tsay, Niina Zhang, and Lin Yu‐Hsuan 2 3 ILAS Workshop on Phonetics and Phonology – October 2017 Overview Chinese characters are productive Chinese character grammar • Duality of patterning • Character “prosody” Exponential growth • Radical position and reduction Productivity “Morphology” (model fit > 80%) • • Reduplication implies Recursion (Sproat, 2000) • Stroke shape and position grammar…. 鱗 • Lengthened strokes • • Curved strokes Shape regularities (Wang, 1983) • Hooked strokes 牛 → 特 cf. 牢 “Phonology” • “Prosody”: global shape constraints • Myers (1996, 2016) Data from Yip (2000, p. 19) 4 5 6 Character prosody Overview Radicals (部首) as affixes • Chinese characters tend to show: • Character “prosody” • Morphological properties • Binarity • Closed class • Asymmetrical edge prominence (right and bottom) • Radical position and