Similarity theories: Human Similarity theories for the semantic web

1st International Workshop on Nature Inspired Reasoning for the Semantic Web

计算机科学;图书情报档案学

Jose Quesada

Others  :  http://CEUR-WS.org/Vol-419/paper7.pdf
PID  :  24991

来源: CEUR

【 摘 要 】

The human mind has been designed to evaluate similarity fast and efficiently. When building/using a data format to make the web content more machine-friendly, can we learn something useful from how the mind represents data? We present four theories psychological theories that tried to solve the problem and how they relate to semantic web practices. Metric models (such as the vector space model and LSA) were the first-comers and still have important advantages. Advances in Bayesian methods pushed Feature models( e.g., Topic model). Structural mapping models propose that for similarity, shared structure matters more, although the formalisms that express these ideas are still developing. Transformational distance models (e.g., syntagmatic-paradigmatic-SP-model) reduce similarity to information transmission. Topic and SP models do not require preexisting classes but still have a long way to go; the need of automatically generating structure is less pressing when one of thedriving forces of the semantic web is the creation of ontologies.