From Minimal Contrast to Meaning Construct pp 257-272 | Cite as
The Construction and Annotation of a Semantically Enriched Database: The Mandarin VerbNet and Its NLP Applications
Abstract
Linguistic analysis has been questioned of its applicational value. However, with the proper framework, linguistic wisdom may be needed in the last mile of big data era. This paper introduces a lexical semantic database, Mandarin VerbNet, which is built from a frame-based constructional approach, as a linguistically motivated, computationally feasible, and Chinese-appropriate resource. The study also tests the validity of adopting the semantically-enriched and constructionally-cued features for the task of Word Sense Disambiguation. Four Chinese polysemous verbs of emotion are chosen for a pilot trial. With the annotation of frame-specific features, the different senses can be detected with a high performance rate. The results consistently show significant improvement for all the disambiguation tasks over the baselines, with the weight average F∆max. up to 0.337. The impressive results indicate the discriminative effect of frame-based constructional information, and ultimately points to the potential advantage of employing deep linguistic annotation in NLP applications.
Keywords
Mandarin VerbNet Lexical semantics Frame-based constructional approach Word sense disambiguation Linguistic annotationAbbreviations
- ba
“把”
- bei
“被”
- cl
Classifier
- deg
Degree marker
- dur
Durative
- loc
Locative
- neg
Negative
- pfv/perf
Perfective
- sg
Singular
References
- Boas, H.C. 2003. Towards a lexical-constructional account of the locative alternation. In Proceedings of the 2001 Western conference, 27–42.Google Scholar
- Chan, Y.S., T.N. Hwee, and C. David. 2007. Word sense disambiguation improves statistical machine translation. Annual Meeting-Association for Computational Linguistics 45(1).Google Scholar
- Chen, K.J. et al. 1999. The CKIP Chinese Treebank: guidelines for annotation. In ATALA workshop IV Treebanks, 85–96, Paris.Google Scholar
- Fillmore, C.J. 1982. Frame semantics. In Linguistic society of Korea, linguistics in the morning Calm, 111–137, Seoul: Hanshin Publishing Co.Google Scholar
- Fillmore, C.J., and F.C. Baker. 2000. FrameNet: Frame semantics meets the corpus. In Proceedings of the 74th annual meeting of the linguistic society of America.Google Scholar
- Goldberg, A.E. 1995. Constructions: A construction grammar approach to argument structure. Chicago: University of Chicago Press.Google Scholar
- Iwata, S. 2004. Over-prefixation: A lexical constructional approach. English Language and Linguistics 8 (2): 239–292.CrossRefGoogle Scholar
- Iwata, S. 2005. Locative alternation and two levels of verb meaning. Cognitive Linguistics 16 (2): 355–408.CrossRefGoogle Scholar
- Kaplan, A. 1955. An experimental study of ambiguity and context. Mechanical Translation 2 (2): 39–46.Google Scholar
- Lesk, M. 1986. Automated sense disambiguation using machine-readable dictionaries: How to tell a pine cone from an ice cream cone. In Proceedings of the 1986 ACM SIGDOC conference, 24–26, Toronto, Canada.Google Scholar
- Levin, B. 1993. English verb classes and alternations: A preliminary investigation. University of Chicago Press.Google Scholar
- Li, C.N., and S.A. Thompson. 1976. Subject and topic: A new typology of language. In Li, C.N. (ed.). Subject and topic. New York: Academic Press.Google Scholar
- Li, C.N., and S.A. Thompson. 1981. Mandarin Chinese: A functional reference grammar. Berkeley: University of California Press.Google Scholar
- Liu, M., Y.-W. Chen, and C.-Y. Hu. 2013. Semantic prominence in the interpretation of locative role: the case of chu-lai/chu-qu. In Paper presented at the 21th annual meeting of the international association of Chinese linguistics. National Taiwan Normal University.Google Scholar
- Liu, M., and J.C. Chang. 2015. Redefining locative inversion in mandarin: A lexical-constructional approach. In Tao, H. (ed.). Proceeding of the 27th North American conference on Chinese linguistics (NACCL-27) UCLA, 439–461.Google Scholar
- Liu, M. 2016. Emotion in Lexicon and Grammar: Lexical-constructional interface of mandarin emotional predicates. Lingua Sinica 2 (1): 4.CrossRefGoogle Scholar
- Liu, M., and J. Chang. 2019. From caused motion to spatial configuration: Placement verbs in Mandarin. Language and Linguistics 20 (2): 180–224.CrossRefGoogle Scholar
- Manning, C.D., and H. Schütze, 1999. Foundations of statistical natural language processing. MIT Press.Google Scholar
- Marcus, G. 2018. Deep learning: A critical appraisal. arXiv:1801.00631.
- Mihalcea, R., and P. Edmonds. 2004. Proceedings of senseval-3: Third International wok shop on the evaluation of systems for the semantic analysis of text. Barcelona, Spain.Google Scholar
- Navigli, R. 2009. Word sense disambiguation: A survey. ACM Computing Surveys 41 (2): 10.CrossRefGoogle Scholar
- Qian, Y., and S. Piao. 2009. The development of a semantic annotation scheme for Chinese kinship. Corpora 4 (2): 189–208.CrossRefGoogle Scholar
- Schuler, K.K. 2005. VerbNet: A broad-coverage, comprehensive verb lexicon.Google Scholar
- Wilks, et al. 1990. Providing machine tractable dictionary tools. In Pustejovsky, J. (ed.). Semantics and the lexicon, 341–401 Dordrecht, Kluwer Academic Publishers.Google Scholar
- Xue, N., and M. Palmer. 2005. Automatic semantic role labeling for Chinese verbs. In Proceedings of the 19th international joint conference on artificial intelligence, 1160–1165, Edinburgh, Scotland.Google Scholar
- You, L., and K. Liu. 2005. Building Chinese FrameNet database. In Paper presented at natural language processing and knowledge engineering.Google Scholar
Website Resources
- Mandarin VerbNet. http://verbnet.lt.cityu.edu.hk.
- English FrameNet. https://framenet.icsi.berkeley.edu.
- English VerbNet. http://verbs.colorado.edu/verb-index/index.php.
- Sinica Chinese Treebank. http://treebank.sinica.edu.tw.
- The Proposition Bank (PropBank). https://propbank.github.io.