Abstract Background Most of the current work on clinical temporal relation identification follows the convention developed in the general domain, aiming to identify a comprehensive set of temporal relations from a document including both explicit and implicit relations. While such a comprehensive set can represent temporal information in a document in a complete manner, some of the temporal relations in the comprehensive set may not be essential depending on the clinical application of interest. Moreover, as the types of evidence that should be used to identify explicit and implicit relations are different, current clinical temporal relation identification systems that target both explicit and implicit relations still show low performances ...
Motivation: We examine the task of temporal relation classification for the clinical domain. Our app...
AbstractThe automatic detection of temporal relations between events in electronic medical records h...
AbstractWe address the TLINK track of the 2012 i2b2 challenge on temporal relations. Unlike other ap...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
Extracting temporal relations usually entails identifying and classifying the relation between two m...
AbstractClinical records include both coded and free-text fields that interact to reflect complicate...
AbstractThe automatic detection of temporal relations between events in electronic medical records h...
Motivation: We examine the task of temporal relation classification for the clinical domain. Our app...
Motivation: We examine the task of temporal relation classification for the clinical domain. Our app...
AbstractThe automatic detection of temporal relations between events in electronic medical records h...
AbstractWe address the TLINK track of the 2012 i2b2 challenge on temporal relations. Unlike other ap...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
International audienceUnstructured data in electronic health records, represented by clinical texts,...
Extracting temporal relations usually entails identifying and classifying the relation between two m...
AbstractClinical records include both coded and free-text fields that interact to reflect complicate...
AbstractThe automatic detection of temporal relations between events in electronic medical records h...
Motivation: We examine the task of temporal relation classification for the clinical domain. Our app...
Motivation: We examine the task of temporal relation classification for the clinical domain. Our app...
AbstractThe automatic detection of temporal relations between events in electronic medical records h...
AbstractWe address the TLINK track of the 2012 i2b2 challenge on temporal relations. Unlike other ap...