Augmented non-hallucinating large language models as medical information curators

Дополненные большие языковые модели без галлюцинаций как кураторы медицинской информации
Jakob Nikolas Kather, Stephen Gilbert, Aidan Hogan
2024-04-23

hallucinationknowledge graphslarge language modelsmedical information curationretrieval-augmented generation
Reliably processing and interlinking medical information has been recognized as a critical foundation to the digital transformation of medical workflows, and despite the development of medical ontologies, the optimization of these has been a major bottleneck to digital medicine. The advent of large language models has brought great excitement, and maybe a solution to the medicines’ ‘communication problem’ is in sight, but how can the known weaknesses of these models, such as hallucination and non-determinism, be tempered? Retrieval Augmented Generation, particularly through knowledge graphs, is an automated approach that can deliver structured reasoning and a model of truth alongside LLMs, relevant to information structuring and therefore also to decision support.
1
Knowledge-graph-based augmentation is presented as relevant to automated medical information structuring and decision support.
2
Large language models could help address medicine’s communication problem, but hallucination and non-deterministic outputs limit their reliability.
3
Optimizing medical ontologies is identified as a major bottleneck in the development of digital medicine.
4
Reliable processing and interlinking of medical information remains a critical foundation for digitally transforming medical workflows.
5
Retrieval-Augmented Generation using knowledge graphs can provide structured reasoning and an explicit model of truth alongside large language models.

augmented large language models used as medical information curators

reliable, non-hallucinating and deterministic processing, interlinking, and structuring of medical information using Retrieval Augmented Generation and knowledge graphs

Publication Details
Publication Date
2024-04-23
Journal
Publisher
ISSN
Cited by
76
Access Type
Author Information
Authors
Jakob Nikolas Kather
Stephen Gilbert
Aidan Hogan
Explore further
Open the scid.ai AI chat with a ready-made request: it will find papers on a similar topic and help build a literature review.
Find similar papers in the chat →
Make a presentation
100%