Abstract:
Entity disambiguation based on entity-link is a technique which constructs the mappings between entity reference items appearing in the short text and target entity in kn...Show MoreMetadata
Abstract:
Entity disambiguation based on entity-link is a technique which constructs the mappings between entity reference items appearing in the short text and target entity in knowledge base respectively. In this paper we propose an entity disambiguation method based on Graph Attention Networks for semi-structured knowledge base data. First, a global Knowledge Graph is constructed from the semi-structured knowledge base, and the entity reference items are embedded by Bert pre-trained model meanwhile. Next, Graph Attention Networks which leverages masked self-attention layers is applyed on candidate entity nodes of global Knowledge Graph to fetch a vector of node level. Furtherly, we compute similarity scores rank between the entity reference items and the candidate entity to complete the task of entity disambiguation. The experimental results on CCKS2019 dataset achieve state-of-the-art.
Published in: 2022 14th International Conference on Measuring Technology and Mechatronics Automation (ICMTMA)
Date of Conference: 15-16 January 2022
Date Added to IEEE Xplore: 07 March 2022
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ISSN Information:
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- IEEE Keywords
- Index Terms
- Graph Attention Network ,
- Entity Disambiguation ,
- Disambiguation Method ,
- Knowledge Base ,
- Nodes In The Graph ,
- Short Text ,
- Semi-structured Data ,
- Global Graph ,
- Target Entity ,
- Deep Learning ,
- Nonlinear Function ,
- Contextual Information ,
- Attention Mechanism ,
- Central Node ,
- Graph Structure ,
- Feature Matrix ,
- Neighboring Nodes ,
- Textual Descriptions ,
- Graph Convolutional Network ,
- Sigmoid Activation Function ,
- Node Representations ,
- Graph Convolutional Network Model ,
- Feature Extraction Layer ,
- Node Features ,
- Chinese Text ,
- Keyword Extraction ,
- Node Information ,
- Semantic Context ,
- Unstructured Text ,
- Input Layer
- Author Keywords
Keywords assist with retrieval of results and provide a means to discovering other relevant content. Learn more.
- IEEE Keywords
- Index Terms
- Graph Attention Network ,
- Entity Disambiguation ,
- Disambiguation Method ,
- Knowledge Base ,
- Nodes In The Graph ,
- Short Text ,
- Semi-structured Data ,
- Global Graph ,
- Target Entity ,
- Deep Learning ,
- Nonlinear Function ,
- Contextual Information ,
- Attention Mechanism ,
- Central Node ,
- Graph Structure ,
- Feature Matrix ,
- Neighboring Nodes ,
- Textual Descriptions ,
- Graph Convolutional Network ,
- Sigmoid Activation Function ,
- Node Representations ,
- Graph Convolutional Network Model ,
- Feature Extraction Layer ,
- Node Features ,
- Chinese Text ,
- Keyword Extraction ,
- Node Information ,
- Semantic Context ,
- Unstructured Text ,
- Input Layer
- Author Keywords