
キルパトリック アレクサンダ` KILPATRICK Alexander
彈縮娩
縮圄
- 毅輝親朕 - 寄僥
- 毅輝親朕 - 寄僥垪
冩梢
- 冩梢蛍勸
-
冱Z僥
秤麪ЩA
麻親僥
冱Z伉尖僥
冱ZにおけるJ岑I尖
睡冱Z蛍裂哂Zと晩云Z
耔圓頒瑤力耔
冱Zにおける秤鸚輻┘┘鵐肇蹈圦`、サプライズ、庇L來
麻冱Z僥とyモデル
及屈冱Z誼とESL縮圄
冱Z僥におけるgYO
咄夛と咄殆レベルでのI尖
冱ZM晒とコミュニケ`ションC嬬
- 待s
- 2016 C 2020
Doctor of Philosophy / University of Melbourne
Ph.D. in Applied Linguistics.
2014 C 2015
Bachelor of Arts (Honours) / University of Melbourne
Applied Linguistics.
2011 C 2014
Bachelor of Arts/Bachelor of Education / La Trobe University
Double degree in Arts (Linguistics) and Education (English as a Second Language).
- F壓の冩梢n}
- F壓の冩梢テ`マは、冱ZI尖における秤鸚輻の鮄辰暴控磴魑韻董¬悗縫┘鵐肇蹈圦`、庇L來、サプライズが冱Z尖盾とb竃に嚥える唹を{砲靴討い泙后また、AIやC亠僥室g、y議テストやモデルを聞喘して、これらのJ岑プロセスをより侮く尖盾する圭隈を冥箔しています。
- 冩梢坪否キ`ワ`ド
- 侭奉僥氏
パ`ソナルデ`タ
- 箸龍
- 箸龍は創尖、邦科鮫、そして弟たちと[ぶことです。
- 徨工r旗の
- 僥伏r旗は、プロのオ`ストラリアン?フットボ`ルx返か契平になるのが瑤任靴拭
- これからの朕
- 暴の瑤蓮△燭箸弌さなものであっても、繁の冱Zや房深、そして仝繁gであること々の尖盾を侮めるために、親僥に喟A議な廚鬚垢襪海箸任后
- 恙嘔の
- 暴は徭蛍のhがg`っている辛嬬來が互いという念戻から冩梢を兵めます。この徊櫃蓮嚠詬發僚Y惚を鞭け秘れる悲さを隠ち、寔のkを陥します。そして、^がhを屶隔するとき、その吭龍はより侮くなります。冩梢において仝g`い々は払,任呂覆、念Mのための匯何なのです。
- 柎i
- Do Androids Dream of Electric Sheep? C Philip K. Dick
The Hitchhiker¨s Guide to the Galaxy C Douglas Adams
Foundation C Isaac Asimov
- 僥伏へのメッセ`ジ
- 冱Zはgなるコミュニケ`ションの返粁ではなく、暴たちの房深や湖秤、そして弊順とのvわり圭を啌し竃すでもあります。冱Z僥にd龍がある繁も、哂Zを貧_させたい繁も、仝冱~が弊順をどう侘づくるか々にv伉がある繁も、匯wに僥ぶrgが缶爾議でgりあるものになることをっています。|すること、仟しいアイデアに薬蕕垢襪海函∫g`えることを訊れないでください。冱Zの僥びも、冩梢も、仝挫謎伉々と仝啾檗垢Iです。匯wに冥箔していきましょう。
麼な广?猟
Flaksman. M. & Kilpatrick, A. (In Press) Against the tide: How language-specificity of imitative words increases with time (as evidenced by Surprisal). In M. Flaksman and P. Akumbu (eds.) SKASE Journal of Theoretical Linguistics.
Kilpatrick, A. J. & Bundgaard-Nielsen, R. L. (In Press). Exploring the Dynamics of Shannon¨s Information and Iconicity in Language Processing and Lexeme Evolution. Plos one.
Kilpatrick, A. (2025). The negativity bias is encoded in language. JASA Express Letters, 5(2).
Ngai, C. H., Kilpatrick, A. J., & ?wiek, A. (2024). Sound symbolism in Japanese names: Machine learning approaches to gender classification. Plos one, 19(3), e0297440.
Kilpatrick, A. J., & ?wiek, A. (2024). Using artificial intelligence to explore sound symbolic expressions of gender in American English. PeerJ Computer Science, 10, e1811.
Kilpatrick, A. J., ?wiek, A., Lewis, E., & Kawahara, S. (2023). A cross-linguistic, sound symbolic relationship between labial consonants, voiced plosives, and Pok└mon friendship. Frontiers in Psychology, 14, 722.
Kilpatrick, A. J., ?wiek, A., & Kawahara, S. (2023). Random forests, sound symbolism and Pok└mon evolution. Plos one, 18(1), e0279350.
Kilpatrick, A. J., Kawahara, S., Bundgaard-Nielsen, R., Baker, B., & Fletcher, J. (2020). Japanese Perceptual Epenthesis is Modulated by Transitional Probability. Language and Speech, 0023830920930042.
Kilpatrick, A. J., Bundgaard-Nielsen, R. L., & Baker, B. J. (2019). Japanese co-occurrence restrictions influence second language perception. Applied Psycholinguistics, 40(2), 585-611.
Kilpatrick, A. J. & Flaksman, M. (2025). The Exception of Humor: Iconicity, Phonemic Surprisal, Memory Recall, and Emotional Associations. In Proceedings of the 1st Workshop on Computational Humor.
Kilpatrick, A. J. & Peperkamp, P. (2024). Coarticulation and Transitional Probability in Japanese Perceptual Epenthesis. Proceedings of the 19th Australasian International Conference on Speech Science and Technology.
Kilpatrick, A. J. & Bundgaard-Nielsen R, L. (2024). Decoding Informativity and Iconicity in American English. Proceedings of the 19th Australasian International Conference on Speech Science and Technology.
Kilpatrick, A. J. (2024). Information Equilibration in English and Japanese Morphemes. Proceedings of the 19th Conference on Laboratory Phonology.
Kilpatrick, A. J. (2024). Sound Symbolism in Automatic Emotion Recognition and Sentiment Analysis. Proceedings of Cognitive A.I.
Kilpatrick, A. J. & Wang, Y. (2023). Training Artificial Intelligence to Assess ESL Writing Using Complexity Measures. The Japanese Society for Language Sciences Handbook.
Kilpatrick A. J. & Kawahara, S. (2022). Using Random Forests to Identify Sound Symbolic Relationships in Pok└mon Names. Proceedings of the 13th Iconicity in Language and Literature conference.
Kilpatrick A. J., Kawahara, S., Bundgaard-Nielsen R. L., Baker B. J. & Fletcher, J. (2019). Predictability, Word Frequency and Japanese Perceptual Epenthesis. Proceedings of the 19th International Congress of Phonetic Sciences.
Kilpatrick A. J., Kawahara, S., Bundgaard-Nielsen R. L., Baker B. J. & Fletcher, J. (2018). Japanese Listeners Are More Likely to Perceive Illusory Vowels in Predictable Contexts. Proceedings of the 2018 Annual Meeting on Phonology.
Kilpatrick A. J., Kawahara, S., Bundgaard-Nielsen R. L., Baker B. J. & Fletcher, J. (2018). Japanese
Vowel Devoicing Modulates Perceptual Epenthesis. Proceedings of the Seventeenth Australasian International Conference on Speech Science and Technology (pp. 121-124). ASSTA: Sydney, Australia.
Kilpatrick A. J., Kawahara, S., Bundgaard-Nielsen R. L., Baker B. J. & Fletcher, J. (2018). Japanese coda [m] elicits perceptual epenthesis and assimilation. Proceedings of the ISAPh 2018 international symposium on applied phonetics.
Kilpatrick A. J., Bundgaard-Nielsen R. L. & Baker B. J. (2016). Japanese Vowel Deletion Occurs in Words in Citation Form. Proceedings of the Sixteenth Australasian International Conference on Speech Science and Technology (pp. 325-328). ASSTA: Sydney, Australia.,Flaksman. M. & Kilpatrick, A. (In Press) Against the tide: How language-specificity of imitative words increases with time (as evidenced by Surprisal). In M. Flaksman and P. Akumbu (eds.) SKASE Journal of Theoretical Linguistics.
Kilpatrick, A. J. & Bundgaard-Nielsen, R. L. (In Press). Exploring the Dynamics of Shannon¨s Information and Iconicity in Language Processing and Lexeme Evolution. Plos one.
Kilpatrick, A. (2025). The negativity bias is encoded in language. JASA Express Letters, 5(2).
Ngai, C. H., Kilpatrick, A. J., & ?wiek, A. (2024). Sound symbolism in Japanese names: Machine learning approaches to gender classification. Plos one, 19(3), e0297440.
Kilpatrick, A. J., & ?wiek, A. (2024). Using artificial intelligence to explore sound symbolic expressions of gender in American English. PeerJ Computer Science, 10, e1811.