3260 papers • 126 benchmarks • 313 datasets
Determine the extent of the events in a text. Other names: Event Tagging; Event Identification
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This paper proposes a novel Jointly Multiple Events Extraction framework to jointly extract multiple event triggers and arguments by introducing syntactic shortcut arcs to enhance information flow and attention-based graph convolution networks to model graph information.
This work examines the capabilities of a unified, multi-task framework for three information extraction tasks: named entity recognition, relation extraction, and event extraction (called DyGIE++) and achieves state-of-the-art results across all tasks.
A detailed empirical study comparing traditional feature-based and neural network-based models for POS tagging and dependency parsing in the biomedical context is presented, and the influence of parser selection for a biomedical event extraction downstream task is investigated.
This work introduces a new paradigm for event extraction by formulating it as a question answering (QA) task, which extracts the event arguments in an end-to-end manner and outperforms prior methods substantially.
This work proposes a novel end-to-end model, Doc2EDAG, which can generate an entity-based directed acyclic graph to fulfill the document-level EE (DEE) effectively and reformalizes a DEE task with the no-trigger-words design to ease the documents-level event labeling.
An in-depth description of an improved version of Giveme5W1H, a system that uses syntactic and domain-specific rules to automatically extract the relevant phrases from English news articles to provide answers to 5W 1H questions, which alone can sufficiently summarize the main event reported on in a news article.
GIT introduces a Tracker module to track the extracted events and hence capture the interdependency among the events in a document to solve the two challenges of document-level event extraction.
This paper proposes an end-to-end model, which can extract structured events from a document in a parallel manner, and significantly outperforms current state-of-the-art methods in the challenging DEE task.
DEGREE is proposed, a data-efficient model that formulates event extraction as a conditional generation problem and learns triggers and arguments jointly in an end-to-end manner, which encourages the model to better utilize the shared knowledge and dependencies among them.
This work explores techniques including data projection and self-training, and how different pretrained encoders impact them, and finds that a combination of approaches leads to better performance than any one cross-lingual strategy in particular.
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