Abstract. Currently, the use of Natural Language Processing (NLP) approaches in order to improve search and exploration of electronic health records (EHRs) within healthcare information systems is not a common practice. One reason for this is the lack of suitable lexical resources: various types of such resources need to be collected or acquired. In this work, we propose a novel method for the acquisition of synonymous resources. This method is language-independent and relies on existence of structured terminologies. It enables to decipher hidden synonymous relations between simple words and terms on the basis of their syntactic analysis and exploitation of their compositionality. Applied to series of synonym terms from the French subset of...
We deal with the issue of automatic discovery of similar words (synonyms and near-synonyms) from dif...
International audienceAcquisition and enrichment of lexical resources have long been acknowledged as...
International audienceExtracting concepts from medical texts is a key to support many advanced appli...
Currently, the use of Natural Language Processing (NLP) approaches in order to improve search and ex...
Medical words exhibit a rich and productive morphol-ogy. Beyond simple inflection, derivation and co...
Medical Informatics has a constant need for basic Medical Language Processing tasks, e.g., for codin...
International audienceMedical Informatics has a constant need for basic Medical Language Processing ...
International audienceMedical Informatics has a constant need for basic medical language processing ...
Knowledge of morphologically derived words, as pro-vided for medical English by the UMLS Specialist ...
This thesis describes the work of creating an automatic system for identifying synonyms and semantic...
Electronic health records (EHRs) are used in Sweden's healthcare systems to store patients' medical ...
In information extraction, it is useful to know if two signifiers have the same or very similar sema...
We describe experiments using distributional semantics to extract and map simple terms from a ...
Morphological knowledge is useful for medical lan-guage processing, information retrieval and termi-...
Although synonymy is considered to be the fundamental semantic relation, paradoxically it has not ye...
We deal with the issue of automatic discovery of similar words (synonyms and near-synonyms) from dif...
International audienceAcquisition and enrichment of lexical resources have long been acknowledged as...
International audienceExtracting concepts from medical texts is a key to support many advanced appli...
Currently, the use of Natural Language Processing (NLP) approaches in order to improve search and ex...
Medical words exhibit a rich and productive morphol-ogy. Beyond simple inflection, derivation and co...
Medical Informatics has a constant need for basic Medical Language Processing tasks, e.g., for codin...
International audienceMedical Informatics has a constant need for basic Medical Language Processing ...
International audienceMedical Informatics has a constant need for basic medical language processing ...
Knowledge of morphologically derived words, as pro-vided for medical English by the UMLS Specialist ...
This thesis describes the work of creating an automatic system for identifying synonyms and semantic...
Electronic health records (EHRs) are used in Sweden's healthcare systems to store patients' medical ...
In information extraction, it is useful to know if two signifiers have the same or very similar sema...
We describe experiments using distributional semantics to extract and map simple terms from a ...
Morphological knowledge is useful for medical lan-guage processing, information retrieval and termi-...
Although synonymy is considered to be the fundamental semantic relation, paradoxically it has not ye...
We deal with the issue of automatic discovery of similar words (synonyms and near-synonyms) from dif...
International audienceAcquisition and enrichment of lexical resources have long been acknowledged as...
International audienceExtracting concepts from medical texts is a key to support many advanced appli...