Abstract. We describe an application of DNorm – a mathematically principled and high performing methodology for disease recognition and normalization, even in the presence of term variation – to clinical notes. DNorm consists of a text processing pipeline, including the BANNER named entity recognizer to lo-cate diseases in the text, and a novel machine learning approach based on pair-wise learning to rank to normalize the recognized mentions to concepts within a controlled lexicon. DNorm achieved the second highest performance in Task 1a (named entity recognition) and the highest performance (strict accuracy) in Task 1b (normalization). A web-based demonstration of DNorm is available a
Online social networks have revolutionized the way people interact with each other nowadays. Users o...
This paper describes Team UWM’s sys-tem for the Task 7 of SemEval 2014 that does disorder mention ex...
Biomedical knowledge bases are crucial in modern data-driven biomedical sciences, but automated biom...
Motivation: Despite the central role of diseases in biomedical re-search, there have been much fewer...
While machine learning methods for named entity recognition (mention-level detection) have become co...
Motivation: Despite the central role of diseases in biomedical research, there have been much fewer ...
AbstractBackgroundIdentifying key variables such as disorders within the clinical narratives in elec...
Natural language processing and text analy-sis methods offer the potential of uncovering hidden asso...
To extract important concepts (named entities) from clinical notes, most widely used NLP task is nam...
Background and objective: In order for computers to extract useful information from unstructured tex...
In this paper the system that was developed by Team UWM for the Task 14 of SemEval 2015 competition ...
Unstructured clinical notes are rich sources for valuable patient information. Information extractio...
Entity normalization is an essential but challenging task for knowledge base construction by text mi...
Abstract. The ShARe/CLEF eHealth Evaluation Lab (SHEL) organized a chal-lenge on natural language pr...
Objective The ShARe/CLEF eHealth 2013 Evaluation Lab Task 1 was organized to evaluate the state of t...
Online social networks have revolutionized the way people interact with each other nowadays. Users o...
This paper describes Team UWM’s sys-tem for the Task 7 of SemEval 2014 that does disorder mention ex...
Biomedical knowledge bases are crucial in modern data-driven biomedical sciences, but automated biom...
Motivation: Despite the central role of diseases in biomedical re-search, there have been much fewer...
While machine learning methods for named entity recognition (mention-level detection) have become co...
Motivation: Despite the central role of diseases in biomedical research, there have been much fewer ...
AbstractBackgroundIdentifying key variables such as disorders within the clinical narratives in elec...
Natural language processing and text analy-sis methods offer the potential of uncovering hidden asso...
To extract important concepts (named entities) from clinical notes, most widely used NLP task is nam...
Background and objective: In order for computers to extract useful information from unstructured tex...
In this paper the system that was developed by Team UWM for the Task 14 of SemEval 2015 competition ...
Unstructured clinical notes are rich sources for valuable patient information. Information extractio...
Entity normalization is an essential but challenging task for knowledge base construction by text mi...
Abstract. The ShARe/CLEF eHealth Evaluation Lab (SHEL) organized a chal-lenge on natural language pr...
Objective The ShARe/CLEF eHealth 2013 Evaluation Lab Task 1 was organized to evaluate the state of t...
Online social networks have revolutionized the way people interact with each other nowadays. Users o...
This paper describes Team UWM’s sys-tem for the Task 7 of SemEval 2014 that does disorder mention ex...
Biomedical knowledge bases are crucial in modern data-driven biomedical sciences, but automated biom...