This research proposes a cross-lingual automatic term recognition framework to extend the English consumer health vocabulary (CHV) into other languages by leveraging word embeddings learned from comparable user-generated health content.
Employing data augmentation using large language models (GPT-4) with human-annotated data to train lightweight supervised classification models achieves superior results compared to training with human-annotated data alone or using large language models as zero-shot classifiers.
Large Language Models (LLMs) are transforming Biomedical and Health Informatics (BHI) by enhancing data analysis, patient care, and research through advanced Natural Language Processing (NLP) applications.
LLMs show potential in mental health applications but face challenges like interpretability and ethical concerns.
Machine learning models, specifically the Att-BLSTM, can accurately identify opioid users from Reddit posts, providing valuable insights into opioid addiction.
Automated methodology extracts and analyzes open-source clinical informatics repositories to enhance accessibility and utilization.
Shared gaze visualizations can enhance intra-operative coordination and instruction for surgeons, addressing varying visual needs of trainees.
Generative LLMs with P-tuning enhance SDoH extraction across domains.
Developing a systematic pipeline for curating symptom lexicons from social media data using deep learning advances public health research by providing reliable medical insights.
The author presents a novel approach utilizing multiple instance learning to enhance glioma diagnosis, achieving state-of-the-art results in subtype classification and biomarker detection through rigorous experimentation.