We propose an approach for extracting relations between entities from biomedical literature based solely on shallow linguistic information. We use a combination of kernel functions to integrate two different information sources: (i) the whole sentence where the relation appears, and (ii)the local contexts around the interacting entities. We performed experiments on extracting gene and protein interactions from two different data sets. The results show that our approach outperforms most of the previous methods based on syntactic and semantic information
The wealth of interaction information provided in biomedical articles motivated the implementation o...
The wealth of interaction information provided in biomedical articles motivated the implementation o...
We present an approach for extracting relations between named entities from natural language documen...
National audienceIn this paper2 , we model the corpus-based relation extraction task as a classifica...
© 2018 Dr. Nagesh Panyam ChandrasekarasastryAutomated text mining has emerged as an important method...
Shanker, Vijay K.Wu, Cathy H.Biomedical relation extraction is an critical text-mining task that con...
The body of biomedical literature is growing at an unprecedented rate, exceeding the ability of rese...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
AbstractNatural language processing for biomedical text currently focuses mostly on entity and relat...
The development of biomedical research in recent years has produced a large amount of information mo...
Abstract. Many interaction data still exist only in the biomedical literature and they require much ...
Kernel based methods dominate the current trend for various relation extraction tasks including prot...
Background: With the rapid expansion of biomedical literature, biomedical information extraction has...
Objective: The amount of new discoveries (as published in the scientific literature) in the biomedic...
In this thesis, we study the extraction of biomedical relations, specifically, the extraction of bac...
The wealth of interaction information provided in biomedical articles motivated the implementation o...
The wealth of interaction information provided in biomedical articles motivated the implementation o...
We present an approach for extracting relations between named entities from natural language documen...
National audienceIn this paper2 , we model the corpus-based relation extraction task as a classifica...
© 2018 Dr. Nagesh Panyam ChandrasekarasastryAutomated text mining has emerged as an important method...
Shanker, Vijay K.Wu, Cathy H.Biomedical relation extraction is an critical text-mining task that con...
The body of biomedical literature is growing at an unprecedented rate, exceeding the ability of rese...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
AbstractNatural language processing for biomedical text currently focuses mostly on entity and relat...
The development of biomedical research in recent years has produced a large amount of information mo...
Abstract. Many interaction data still exist only in the biomedical literature and they require much ...
Kernel based methods dominate the current trend for various relation extraction tasks including prot...
Background: With the rapid expansion of biomedical literature, biomedical information extraction has...
Objective: The amount of new discoveries (as published in the scientific literature) in the biomedic...
In this thesis, we study the extraction of biomedical relations, specifically, the extraction of bac...
The wealth of interaction information provided in biomedical articles motivated the implementation o...
The wealth of interaction information provided in biomedical articles motivated the implementation o...
We present an approach for extracting relations between named entities from natural language documen...