NLP Library

Ilisei I.  2013.  A Machine Learning Approach to the Identification of Translational Language: An Inquiry into Translationese Learning Models. Doctor of Philosophy

Sanfilippo A, Tratz S, Gregory M, Chappell AR, Whitney PD, Posse C, Baddeley B, Hohimer RE.  2005.  Methods of defining ontologies, word disambiguation methods, computer systems, and articles of manufacture.

Khoo C, Chan S, Niu Y, Ang A.  1999.  A method for extracting causal knowledge from textual databases. Singapore journal of library & information management. 28:48–63.

Mayor A, Alegria I, Díaz de Ilarraza A, Labaka G, Lersundi M, Sarasola K.  2011.  Matxin, an open-source rule-based machine translation system for Basque. Machine Translation. 25:53-82.

Rello L, Suárez P, Mitkov R.  2010.  A machine learning method for identifying impersonal constructions and zero pronouns in Spanish. Procesamiento de Lenguaje Natural. 45:281–285.

Scaiano M, Inkpen D.  2011.  Machine Learning for Automatic Labeling of Frames and Frame Elements in Text. International Journal of Linguistics. 3(1)

Arppe A.  2007.  Multivariate Methods in Corpus-Based Lexicography: A Study of Synonymy in Finnish . The fourth Corpus Linguistics conference.

Kanto K, Cheadle M, Keränen H, Gambäck B, Jokinen K, Hansen P, Rissanen J.  2003.  Multi-Session Group Scenarios for Speech Interface Design. Human-Computer Interaction: Theory and Practice (Part II).

Black W, Conroy A, Funk A, Ramsay A, Stairmand M, Thompson P.  2004.  Multilingual Discourse Processing. COLING 2004.

Järvinen T.  2003.  Multi-layered Annotation Scheme for Treebank Annotation. 2nd Workshop on Treebanks and Linguistic Theories.

Zwarts S, Dras M.  2008.  Morphosyntactic Target Language Matching in Statistical Machine Translation. ALTA 2008.

Kettunen K, Mäkelä E, Ruokolainen T, Niemi J.  2016.  Modern Tools for Old Content - in Search of Named Entities in a Finnish OCRed Historical Newspaper Collection 1771-1910. LWDA 2016.

Holmqvist M.  2007.  Memory-Based Learning of Word Translation. 16th Nordic Conference of Computational Linguistics Nodalida. :231-234.

Kazantseva A, Szpakowicz S.  2014.  Measuring Lexical Cohesion: Beyond Word Repetition. COLING 2014, the 25th International Conference on Computational Linguistics.

Temnikova I, Hailu ND, Angelova G, Cohen K. B.  2013.  Measuring Closure Properties of Patent Sublanguages. Recent Advances in Natural Language Processing.

Tomadaki E, Salway A.  2005.  Matching Verb Attributes for Cross-Document Event Co-reference. Interdisciplinary Workshop on the Identification and Representation of Verb Features and Verb Classes. :127-132.

Habash N.  2003.  Matador: A Large-Scale Spanish-English GHMT System. MT Summit IX. :149–156.

Endres-Niggemeyer B, Wansorra E.  2004.  Making Cognitive Summarization Agents Work In A Real-World Domain. Natural Language Understanding and Cognitive Science. 1st Int. NLUCS Workshop. :86-96.

Black W, Conroy A, Funk A, Ramsay A, Stairmand M, Thompson P.  2004.  Making an Information State-Based Spoken Dialogue System Less Fragile. COST278 and ISCA Tutorial and Research Workshop (ITRW) on Robustness Issues in Conversational Interaction.

Mollá D, Wan S.  2006.  Macquarie University at DUC 2006: Question Answering for Summarisation. Document Understanding Conference (DUC).

Yan Y, Li H, Matsuo Y, Ishizuka M.  2010.  Multi-view Bootstrapping for Relation Extraction by Exploring Web Features and Linguistic Features. Computational Linguistics and Intelligent Text Processing. 6008:525-536.

Coheur L, Mamede N, Bès GG.  2004.  A Multi-use Incremental Syntax-Semantic Interface. Advances in Natural Language Processing. 3230:231-242.

Mao X, Li Z.  2012.  Multimodal Intelligent Tutoring Systems. E-Learning-Organizational Infrastructure and Tools for Specific Areas. :83-98.

Stede M, Bieler H.  2012.  The MOTS Workbench. Modeling, Learning, and Processing of Text Technological Data Structures. 370:15-34.

Danilova V.  2011.  Methods and tools of computational linguistics for the classification of natural non-referential ellipsis in Spanish. Artificial Intelligence Applications to Business and Engineering Domains. :16-22.