A Hassle-Free Machine Learning Method for Cohort Selection of Clinical Trials

08/10/2018
by   Liu Man, et al.
0

Traditional text classification techniques in clinical domain have heavily relied on the manually extracted textual cues. This paper proposes a generally supervised machine learning method that is equally hassle-free and does not use clinical knowledge. The employed methods were simple to implement, fast to run and yet effective. This paper proposes a novel named entity recognition (NER) based an ensemble system capable of learning the keyword features in the document. Instead of merely considering the whole sentence/paragraph for analysis, the NER based keyword features can stress the important clinic relevant phases more. In addition, to capture the semantic information in the documents, the FastText features originating from the document level FastText classification results are exploited.

READ FULL TEXT
research
09/03/2021

Empirical Study of Named Entity Recognition Performance Using Distribution-aware Word Embedding

With the fast development of Deep Learning techniques, Named Entity Reco...
research
06/10/2021

Neural Text Classification and Stacked Heterogeneous Embeddings for Named Entity Recognition in SMM4H 2021

This paper presents our findings from participating in the SMM4H Shared ...
research
06/06/2022

Knowledge-based Document Classification with Shannon Entropy

Document classification is the detection specific content of interest in...
research
10/30/2017

Named Entity Recognition in Twitter using Images and Text

Named Entity Recognition (NER) is an important subtask of information ex...
research
05/27/2021

Neural Entity Recognition with Gazetteer based Fusion

Incorporating external knowledge into Named Entity Recognition (NER) sys...
research
06/12/2020

Information Extraction of Clinical Trial Eligibility CriteriaYitong

Clinical trials predicate subject eligibility on a diversity of criteria...
research
06/12/2020

Information Extraction of Clinical Trial Eligibility Criteria

Clinical trials predicate subject eligibility on a diversity of criteria...

Please sign up or login with your details

Forgot password? Click here to reset