[PDF][PDF] Scalable Statistical Relational Learning for NLP

WY Wang, W Cohen - Proceedings of the 2016 Conference of the …, 2016 - aclanthology.org
Proceedings of the 2016 Conference of the North American Chapter of …, 2016aclanthology.org
Statistical Relational Learning (SRL) is an interdisciplinary research area that combines
firstorder logic and machine learning methods for probabilistic inference. Although many
Natural Language Processing (NLP) tasks (including text classification, semantic parsing,
information extraction, coreference resolution, and sentiment analysis) can be formulated as
inference in a firstorder logic, most probabilistic firstorder logics are not efficient enough to
be used for largescale versions of these tasks. In this tutorial, we provide a gentle …
Abstract
Statistical Relational Learning (SRL) is an interdisciplinary research area that combines firstorder logic and machine learning methods for probabilistic inference. Although many Natural Language Processing (NLP) tasks (including text classification, semantic parsing, information extraction, coreference resolution, and sentiment analysis) can be formulated as inference in a firstorder logic, most probabilistic firstorder logics are not efficient enough to be used for largescale versions of these tasks. In this tutorial, we provide a gentle introduction to the theoretical foundation of probabilistic logics, as well as their applications in NLP. We describe recent advances in designing scalable probabilistic logics, with a special focus on ProPPR. Finally, we provide a handson demo about scalable probabilistic logic programming for solving practical NLP problems.
Outline:
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