Abstract :
With the ever-growing use of textual biomedical data, domain entity annotation has become very important in biomedicine. Previous works on annotating domain entities from biomedical references suffer from several issues, such as a data flexibility problem, language dependency, and limitations with respect to word sense disambiguation. Meanwhile, the Linked Open Data (LOD) Initiative aims at interlinking data from various open knowledge bases. The numbers of entities and properties describing semantic relationships between entities within the linked data cloud have become very large. In this paper, we propose a knowledge-incentive approach for entity annotation in biomedicine, and present Me Detect, a prototype system that we developed based on this approach. With this approach, we over-come the problems of previous works using LOD-based collective annotation. Finally, we present the results of experiments that verify the effectiveness and efficiency of our approach.
Keywords :
knowledge based systems; medical information systems; text analysis; LOD-based system; MeDetect; biomedical references; biomedicine; collective entity annotation; data flexibility problem; domain entity annotation; knowledge-incentive approach; language dependency; linked open data initiative; open knowledge bases; textual biomedical data; word sense disambiguation; Data mining; Drugs; Filtering; Heart; Resource description framework; Semantics; Terminology; Bio-Informatics; Domain Entity Annotation; Linked Open Data;