摘要
The abundant entities and entity-attribute relations in medical websites are important data resources for medical research.However,the medical websites are usually characterized of storing entity and attribute values in different pages.To extract those data records efficiently,we propose an automatic extraction system which is related to entity and attribute relations（attributes and values）of separate storage.Our system includes following modules：（1）rich-information interactive annotation page rendering;（2）separate storage attribute relations annotating;（3）annotated relations for pattern generating and data records extracting.This paper presents the relations about the attributes which are stored in many pages by effective annotation,then generates rules for data records extraction.The experiments show that the system can not only complete attribute relations of separate storage extraction,but also be compatible with regular relation extraction,while maintaining high accuracy.
The abundant entities and entity-attribute relations in medical websites are important data resources for medical research.However,the medical websites are usually characterized of storing entity and attribute values in different pages.To extract those data records efficiently,we propose an automatic extraction system which is related to entity and attribute relations（attributes and values）of separate storage.Our system includes following modules：（1）rich-information interactive annotation page rendering;（2）separate storage attribute relations annotating;（3）annotated relations for pattern generating and data records extracting.This paper presents the relations about the attributes which are stored in many pages by effective annotation,then generates rules for data records extraction.The experiments show that the system can not only complete attribute relations of separate storage extraction,but also be compatible with regular relation extraction,while maintaining high accuracy.
基金
Supported by the Natural Science Foundation of Hubei Province(2013CFB334)
