Portfolio item number 1
Short description of portfolio item number 1
Short description of portfolio item number 1
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Published in AAAI-1997, 1997
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Published in IJCAI-2001, 2001
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Published in TREC-2001, 2001
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Published in COLING-2002, 2002
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Published in TREC-2002, 2002
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Published in AI&Math-2004, 2004
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Published in CoNLL-2004, 2004
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Published in CoNLL-2004 Shared Task, 2004
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Published in COLING-2004, 2004
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Published in WI-2004, 2004
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Published in PhD Thesis, 2005
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Published in CoNLL-2005 Shared Task, 2005
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Published in IJCAI-2005, 2005
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Published in IJCAI-2005, 2005
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Published in ICML-2005, 2005
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Published in WWW-2006, 2006
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Published in ACL-IJCNLP-2006, 2006
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Published in CEAS-2006, 2006
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Published in CEAS-2006, 2006
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Published in IJCAI-2007, 2007
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Published in Computational Linguistics, 2007
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Published in AAAI-2007, 2007
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Published in CEAS-2007, 2007
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Published in KDD-2007, 2007
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Published in PKDD-2007, 2007
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Published in Introduction to Statistical Relational Learning, 2007
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Published in CEAS-2008, 2008
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Published in ADKDD-2008, 2008
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Published in KDD-2008, 2008
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Published in CEAS-2009, 2009
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Published in EMNLP-2009, 2009
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Published in SIGIR-2010, 2010
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Published in EMNLP-2010, 2010
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Published in MLOAD-2010, 2010
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Published in CoNLL-2011, 2011
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Published in IJCAI-2011, 2011
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Published in SIGIR-2011, 2011
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Published in NAACL-HLT-2012, 2012
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Published in NAACL-HLT-2012, 2012
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Published in EMNLP-CoNLL-2012, 2012
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Published in NAACL-HLT-2013, 2013
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Published in NAACL-HLT-2013, 2013
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Published in ACL-2013, 2013
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Published in TACL, 2013
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Published in EMNLP-2013, 2013
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Published in EMNLP-2013, 2013
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Published in ACL-2014, 2014
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Published in ACL-2014, 2014
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Published in EMNLP-2014, 2014
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Published in SLT-2014, 2014
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Published in ICLR-2015, 2015
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Published in WWW-2015, 2015
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Published in WWW-2015, 2015
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Published in ACL-IJCNLP-2015, 2015
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Published in MSR-TR-2015-20, 2015
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Published in EMNLP-2015, 2015
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Published in WWW-2016, 2016
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Published in ICLR-2016, 2016
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Published in ACL-2016, 2016
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Published in ACL-2016, 2016
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Published in EMNLP-2016, 2016
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Published in TACL, 2017
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Published in ACL-2017, 2017
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Published in EMNLP-2017, 2017
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Published in AAAI-2018, 2018
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Published in NAACL-HLT-2018, 2018
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Published in NAACL-HLT-2018, 2018
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Published in EMNLP-2018, 2018
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Published in EMNLP-2018, 2018
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Published in EMNLP-2018, 2018
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Published in EMNLP-2018, 2018
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Published in AAAI-2019, 2019
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Published in ICLR-2019, 2019
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Published in NAACL-HLT-2019, 2019
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Published in EMNLP-2019, 2019
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Published in EMNLP-2019, 2019
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Published in ICLR-2020, 2020
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Published in ACL-2020 Tutorial, 2020
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Published in ACL-2020, 2020
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Published in EMNLP-2020, 2020
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Published in EMNLP-2020, 2020
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Published in EMNLP-2020, 2020
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Published in EMNLP-2020, 2020
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Published in EMNLP-2020 Findings, 2020
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Published in NeurIPS-2020, 2020
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Published:
Understanding human language has been one of the long-standing research goals since the dawn of AI. In this lecture, we will discuss how recently developed methods, mostly deep neural network models, advance the state of the art. The lecture starts from the broad introduction of the research of natural language processing, analyzing why understanding language remains difficult. We will introduce several representative NLP tasks and discuss the role of machine leaning in the data-driven approaches. Historical and modern paradigms of problem formulations and models will also be briefly surveyed in this part.
Published:
Mapping unstructured text to structured meaning representations, semantic parsing covers a wide variety of problems in the domain of natural language understanding and interaction. Common applications include translating human commands to executable programs, as well as question answering when using databases or semi-structured tables as the information source. Settings of real-world semantic parsing problems, such as the large space of legitimate semantic parses, weak or mixed supervision signals, and complex semantic/syntactic constraints, pose interesting and yet difficult structured prediction challenges. In this talk, I will give an overview on these technical challenges and present a case study on sequential question answering, answering sequences of simple but inter-related questions using semi-structured tables from Wikipedia. In particular, I will describe our dynamic neural semantic parsing framework trained using a weakly supervised reward-guided search, which effectively leverages the sequential context to outperform state-of-the-art QA systems that are designed to answer highly complex questions. The talk will be concluded with discussion on the open problems and promising directions for future research.
Undergraduate course, University 1, Department, 2014
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Workshop, University 1, Department, 2015
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