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Narrative-based explainable AI for precision oncology survival prediction.
Bioinformatics · · Journal Article
Pan, Codicè + more
Abstract ↗AI summary
The abstract is read at the publisher; the summary is JClub's.
SurvXAI integrates Random Survival Forest survival prediction with SurvSHAP and locally deployed LLM narrative generation to produce coherent, clinically plausible explanations.
- Why it matters: Explainable survival prediction in precision oncology is hard because interpretable models can sacrifice accuracy, while newer ML methods can be hard for clinicians to understand.
- What they did: The pipeline trains a Random Survival Forest, derives patient-specific feature contributions via SurvSHAP, and uses locally deployed LLMs to convert numeric explanations into natural-language narratives, validated on six oncological datasets.
- The result: In a blind evaluation with seven human experts, larger LLMs yielded more coherent explanations with accurate feature ranking and clinically plausible reasoning, supporting trustworthy personalized interpretation.
The findingWhy it mattersWhat they didThe result
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