3260 papers • 126 benchmarks • 313 datasets
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This paper proposes to formulate the task of NER as a machine reading comprehension (MRC) task, and naturally tackles the entity overlapping issue in nested NER: the extraction of two overlapping entities with different categories requires answering two independent questions.
On a large and diverse set of benchmark tasks, including text classification, distantly supervised entity extraction, and entity classification, the proposed semi-supervised learning framework shows improved performance over many of the existing models.
A very precise method to automatically label text from several data sources by leveraging related, domainspecific, structured data and provide public access to a corpus annotated with cyber-security entities is developed.
A simple and efficient named entity extraction algorithm that relies on flexible pattern matching, part-of-speech tagging and lexical-based rules for NER, developed to process texts written in Portuguese.
This paper presents a novel paradigm to deal with relation extraction by regarding the related entities as the arguments of a relation and applies a hierarchical reinforcement learning (HRL) framework in this paradigm to enhance the interaction between entity mentions and relation types.
A detailed analysis of the reasons behind the inaccurate entity extraction problem is given, and a simple but extremely effective model structure is proposed to solve this problem, called CopyMTL, to allow the model to predict multi-token entities.
Multitask-Clinical BERT is developed, a single deep learning model that simultaneously performs 8 clinical tasks spanning entity extraction, personal health information identification, language entailment, and similarity by sharing representations among tasks, and performs competitively with all state-of-the-art task-specific systems.
A named entity tagging system that requires minimal linguistic knowledge and can be applied to more target languages without substantial changes is described and it requires a lineal time for tagging.
This paper proposes a novel approach that models the dependencies among variables of events, entities, and their relations, and performs joint inference of these variables across a document to enable access to document-level contextual information and facilitate context-aware predictions.
A Table Filling Multi-Task Recurrent Neural Network model that reduces the entity recognition and relation classification tasks to a table-filling problem and models their interdependencies and shows that a simple approach of piggybacking candidate entities to model the label dependencies from relations to entities improves performance.
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