National audienceIn this paper2 , we model the corpus-based relation extraction task as a classification problem. We show that, in this framework, standard machine learning systems exploiting representations simply based on shallow linguistic information can rival state-of-the-art systems that rely on deep linguistic analysis. Even more effective systems can be obtained, still using these easy and reliable pieces of information, if the specifics of the extraction task and the data are taken into account. Our original method combining lazy learning and language modeling out-performs the existing systems when evaluated on the LLL2005 protein-protein interaction extraction task data
Accurately extracting information from text is a challenging discipline because of the com-plexity o...
In this thesis, we study the extraction of biomedical relations, specifically, the extraction of bac...
Thesis (Ph.D.)--University of Washington, 2012The ability to automatically convert natural language ...
National audienceIn this paper2 , we model the corpus-based relation extraction task as a classifica...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
We propose an approach for extracting relations between entities from biomedical literature based so...
Lexical variance in biomedical texts poses a challenge to automatic protein relation mining. We ther...
Shanker, Vijay K.Wu, Cathy H.Biomedical relation extraction is an critical text-mining task that con...
AbstractNatural language processing for biomedical text currently focuses mostly on entity and relat...
Natural language processing for biomedical text currently focuses mostly on entity and relation extr...
Objective: The amount of new discoveries (as published in the scientific literature) in the biomedic...
Artificial Intelligence Lab, Department of MIS, University of ArizonaNatural language processing for...
The body of biomedical literature is growing at an unprecedented rate, exceeding the ability of rese...
Background: The rapid growth of the amount of publicly available reports on biomedical experimental ...
© 2018 Dr. Nagesh Panyam ChandrasekarasastryAutomated text mining has emerged as an important method...
Accurately extracting information from text is a challenging discipline because of the com-plexity o...
In this thesis, we study the extraction of biomedical relations, specifically, the extraction of bac...
Thesis (Ph.D.)--University of Washington, 2012The ability to automatically convert natural language ...
National audienceIn this paper2 , we model the corpus-based relation extraction task as a classifica...
International audienceIn this paper, we model the corpus-based relation extraction task, namely prot...
We propose an approach for extracting relations between entities from biomedical literature based so...
Lexical variance in biomedical texts poses a challenge to automatic protein relation mining. We ther...
Shanker, Vijay K.Wu, Cathy H.Biomedical relation extraction is an critical text-mining task that con...
AbstractNatural language processing for biomedical text currently focuses mostly on entity and relat...
Natural language processing for biomedical text currently focuses mostly on entity and relation extr...
Objective: The amount of new discoveries (as published in the scientific literature) in the biomedic...
Artificial Intelligence Lab, Department of MIS, University of ArizonaNatural language processing for...
The body of biomedical literature is growing at an unprecedented rate, exceeding the ability of rese...
Background: The rapid growth of the amount of publicly available reports on biomedical experimental ...
© 2018 Dr. Nagesh Panyam ChandrasekarasastryAutomated text mining has emerged as an important method...
Accurately extracting information from text is a challenging discipline because of the com-plexity o...
In this thesis, we study the extraction of biomedical relations, specifically, the extraction of bac...
Thesis (Ph.D.)--University of Washington, 2012The ability to automatically convert natural language ...