A new AI model achieved a 75% AUC in readmission prediction using only text data, marking a breakthrough in the field.
Evaluation metrics for binary classification include accuracy, precision, recall, and F1-score, with AUC and ROC curve serving as additional valuable metrics.
The study utilized an imbalanced dataset with no balancing techniques and achieved superior results with the Final Method combining BDSS model with MLP.
Logistic regression and Final Method showcased the highest accuracy, recall, and F1-score, surpassing state-of-the-art models.
Key words in patient discharge reports like 'milliliter,' 'mg,' and 'chronic' influenced readmission categorization, reflecting medical practitioner prescriptions.
The Final Method leveraging BDSS model demonstrated superior performance in recall and AUC, highlighting its effectiveness in ICU readmission prediction.
Comparative analysis with existing models showed the Final Method's enhanced predictive power with a 75% AUC rate.
The study emphasizes the importance of leveraging EHR data for predictive modeling and suggests exploring alternative deep learning architectures for future research.
Future directions include considering Large Language Models (LLM) and summarization techniques to enhance predictive model efficacy.
The logistic regression model's interpretability and feature analysis provide insights into factors impacting patient readmission, aiding in healthcare decision-making.