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ProCARE addresses the brittleness of using large language model agents for automating real-world healthcare studies by introducing a profile-grounded framework that reformulates the process as constrained compilation. This approach converts heterogeneous data profiles into Evidence Contracts and compiles objectives into a strongly typed intermediate representation, significantly improving code executability, semantic consistency, and conclusion traceability over standard LLM baselines. The method ensures deterministic validation and localized repair of workflows across schema mapping, cohort construction, and statistical analysis within electronic health record environments.
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ProCARE: Real-World Study Automation via Profile-Grounded Evidence Contracts

arXiv2 min de cititArticolul și perspectiva sunt în engleză.

arXiv:2610.16175v1 Announce Type: new Abstract: Real-world studies (RWS) analyze routinely collected healthcare data, such as electronic health records and insurance claims, to estimate treatment effects, monitor safety, and identify risk factors outside randomized trials. Automating RWS with large language model agents is appealing but brittle: valid analyses depend on dataset-specific clinical semantics, including index dates, follow-up windows, patient/event-level units, and outcome boundaries that are often implicit in observational data. This leads to schema mismatches, temporal errors, inconsistent analytical granularity, and unsupported clinical claims. We present ProCARE, a profile-grounded framework that reformulates RWS automation as constrained compilation. ProCARE converts heterogeneous data profiles into Evidence Contracts specifying available variables, temporal attributes, distributions, and evidentiary limits, and compiles study objectives into RWS-IR, a strongly typed intermediate representation for variables, time relations, analysis units, and statistical tasks. Deterministic validation and localized repair then check and revise generated workflows across schema mapping, cohort construction, variable derivation, analysis, and interpretation. On 36 EHR-based benchmark tasks, ProCARE outperforms strong LLM-agent baselines in code executability, semantic consistency, and conclusion traceability, with automated violation diagnoses showing moderate-to-substantial agreement with blinded expert review.

Abstract:Real-world studies (RWS) analyze routinely collected healthcare data, such as electronic health records and insurance claims, to estimate treatment effects, monitor safety, and identify risk factors outside randomized trials. Automating RWS with large language model agents is appealing but brittle: valid analyses depend on dataset-specific clinical semantics, including index dates, follow-up windows, patient/event-level units, and outcome boundaries that are often implicit in observational data. This leads to schema mismatches, temporal errors, inconsistent analytical granularity, and unsupported clinical claims. We present ProCARE, a profile-grounded framework that reformulates RWS automation as constrained compilation. ProCARE converts heterogeneous data profiles into Evidence Contracts specifying available variables, temporal attributes, distributions, and evidentiary limits, and compiles study objectives into RWS-IR, a strongly typed intermediate representation for variables, time relations, analysis units, and statistical tasks. Deterministic validation and localized repair then check and revise generated workflows across schema mapping, cohort construction, variable derivation, analysis, and interpretation. On 36 EHR-based benchmark tasks, ProCARE outperforms strong LLM-agent baselines in code executability, semantic consistency, and conclusion traceability, with automated violation diagnoses showing moderate-to-substantial agreement with blinded expert review.

42 pages, 5 figures, including appendix. Accepted by NeurIPS'26. Code and benchmark: this https URL

Artificial Intelligence (cs.AI)

arXiv:2610.16175 [cs.AI]

(or arXiv:2610.16175v1 [cs.AI] for this version)

https://doi.org/10.48550/arXiv.2610.16175 Focus to learn more arXiv-issued DOI via DataCite (pending registration)

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