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clinical-trial-audit-swarmbench

Free

A highly complex, longitudinal data-analysis benchmark designed to evaluate multi-agent reasoning, ontology grounding, and temporal reconstruction across heterogeneous data sources.

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Overview

SwarmBench: Clinical Trial Compliance Audit is a benchmark designed to evaluate multi-agent reasoning, ontology grounding, temporal reconstruction, and deterministic schema synthesis across heterogeneous data sources. The task requires conducting an end-to-end protocol compliance audit for an active longitudinal clinical trial (FD-CLINITR-023DR) using multiple independent data modalities. Autonomous systems must determine whether enrolled participants remained eligible and compliant throughout the active study period (commencing 2024-06-15) according to the authoritative clinical study protocol. The benchmark exerts structural, temporal, and context pressure across unstructured documentation, a relational database, high-volume telemetry, and noisy narrative logs. The repository includes a Docker environment, reference solution, and verification tests. The expected output is a JSON file with summary metrics and a list of disqualified subjects, each with subject_id, protocol_condition, termination_date, and days_in_trial.

Pricing

Free

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Use Cases

  • Teams use SwarmBench to evaluate multi-agent systems on extracting eligibility rules from unstructured clinical protocol PDFs.
  • Teams use SwarmBench to test grounding of extracted rules against structured participant tables in a relational database.
  • Teams use SwarmBench to assess temporal reconstruction from high-volume telemetry data with timezone adjustments.
  • Teams use SwarmBench to evaluate resolution of noisy narrative incident reports to enrolled participants via SSN correlation.
  • Teams use SwarmBench to benchmark multi-agent decomposition strategies against single-agent baselines.
  • Teams use SwarmBench to test deterministic schema synthesis under strict output constraints.

Features

Longitudinal data analysis benchmark

Multi agent reasoning evaluation

Ontology grounding evaluation

Temporal reconstruction evaluation

Heterogeneous data source analysis

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