Knowledge navigation method, device and system based on virus protein body

Abstract

The invention discloses a knowledge navigation method, device and system based on a virus protein body. On the basis of achieving the knowledge excavation, the knowledge navigation method based on the virus protein body is created, and the integration of the knowledge excavation and the knowledge navigation function is well completed. According to the technical scheme, the relevance integration is conducted on a text mining dictionary of a knowledge excavation type hepatitis B special subject literature database and the hepatitis B virus protein body, a knowledge organization and classification navigation system applied to a hepatitis B protein excavation module is established through the relevance integration, and the knowledge navigation function based on the hepatitis B virus protein body is completed.

Description

technical field

[0001] The invention relates to knowledge navigation technology, in particular to a technology capable of providing knowledge navigation service based on viral protein ontology. Background technique

[0002] A generally accepted concept definition of ontology is: shared conceptual model, explicit, formal specification [Studer R, Benjamins VR, Fensel D. Knowledge engineering, principles and methods. Data and Knowledge engineering [J], 1998, 25], it can be seen from this definition that ontology mainly includes four meanings: sharing, conceptual model, clarity and formalization. To put it simply, it is used to describe concepts and the relationship between concepts in a field or even a wider range, so as to form a well-recognized and clear definition of concepts and relationships, and then realize the communication between man-machine and computer [Du Xiaoyong, Li Man, Wang Shan. A Review of Ontology Learning Research. Journal of Software [J], 2006, (9): 1837-...

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