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Automatic Mapping Clinical Notes to Medical Terminologies.

, , и . ALTA, стр. 75-82. Australasian Language Technology Association, (2006)

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Yefeng Yao

Yefeng Zheng

Wang Wang

Linfang Wang

Investigation of the functions of 53BP1 in DNA demethylation. Uni Marburg, (2009)

Xiaolin Wang

 

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An Automated System for Conversion of Clinical Notes into SNOMED Clinical Terminology., , и . ACSW, том 68 из CRPIT, стр. 219-226. Australian Computer Society, (2007)Automatic Mapping Clinical Notes to Medical Terminologies., , и . ALTA, стр. 75-82. Australasian Language Technology Association, (2006)Cascading Classifiers for Named Entity Recognition in Clinical Notes., и . BiomedicalIE@RANLP, стр. 42-49. Association for Computational Linguistics, (2009)Mapping Clinical Notes to Medical Terminologies at Point of Care., и . BioNLP, стр. 102-103. Association for Computational Linguistics, (2008)Analyzing Social Media Data to Understand Consumer Information Needs on Dietary Supplements., , , , , , и . MedInfo, том 264 из Studies in Health Technology and Informatics, стр. 323-327. IOS Press, (2019)Mining Adverse Events of Dietary Supplements from Product Labels by Topic Modeling., , , и . MedInfo, том 245 из Studies in Health Technology and Informatics, стр. 614-618. IOS Press, (2017)Detecting Signals of Associations Between Dietary Supplement Use and Mental Disorders from Twitter., , , и . ICHI Workshops, стр. 53-54. IEEE Computer Society, (2018)Deep Learning Models in Detection of Dietary Supplement Adverse Event Signals from Twitter., , , и . CoRR, (2021)Annotating and Recognising Named Entities in Clinical Notes.. ACL/IJCNLP (Student Research Workshop), стр. 18-26. The Association for Computer Linguistics, (2009)A Deep-Learning Method for the Classification of Apple Varieties via Leaf Images from Different Growth Periods in Natural Environment., , , , , и . Symmetry, 14 (8): 1671 (2022)