In plain words: Knowledge graphs store facts as nodes and links, but they are sparse and slow to use. This survey compares two ways to turn entities and relations into vectors—treating relations as shifts in space, or using neural networks—and where they are used, including social media.
Abstract · Survey on Embedding Models for Knowledge Graph and its Applications
Knowledge Graph (KG) is a graph based data structure to represent facts of the world where nodes represent real world entities or abstract concept and edges represent relation between the entities. Graph as representation for knowledge has several drawbacks like data sparsity, computational complexity and manual feature engineering. Knowledge Graph embedding tackles the drawback by representing entities and relation in low dimensional vector space by capturing the semantic relation between them. There are different KG embedding models. Here, we discuss translation based and neural network based embedding models which differ based on semantic property, scoring function and architecture they use. Further, we discuss application of KG in some domains that use deep learning models and leverage social media data.
Manita Pote
arXiv:2404.09167 · cs.SI, cs.AI · submitted Apr 14, 2024
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