Article
CommunityJev Benchmarks & Evaluations
Can JEV Support Clinical Trial Criteria Assessment?
Retrospective study comparing JEV, a non-generative decision model returning native option probabilities, with schema-constrained Qwen Flash on 2,048 patient-condition pairs from TrialGPT and MIMIC-III/IV under Zero Data Retention policies.
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- Oct 2026
Highlights
- Compared JEV with schema-constrained Qwen Flash on 2,048 test patient-condition pairs.
- Batch-mode macro-F1: TrialGPT 0.652 vs 0.660; MIMIC-IV 0.807 vs 0.814; MIMIC-III 0.768 vs 0.534.
- Recall for conditions labeled as having insufficient information was 56.3% for JEV vs 9.9% for Qwen.
- Median job latency was 1.18-1.40 s for JEV vs 2.80-8.90 s for Qwen.
- Estimated cost per condition was 53%-74% lower; all evaluation ran under Zero Data Retention policies.
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It retrospectively compared JEV, described as a non-generative decision model returning native option probabilities, against schema-constrained Qwen Flash on clinical trial prescreening, using patient records, criterion questions, and predefined answer options.
2,048 test patient-condition pairs drawn from TrialGPT and from question-answer datasets derived from MIMIC-III and MIMIC-IV, with performance measured against reference labels.
Macro-F1 was similar on TrialGPT (0.652 vs 0.660) and MIMIC-IV (0.807 vs 0.814), while JEV substantially outperformed Qwen on MIMIC-III (0.768 vs 0.534, delta +0.234, 95% CI 0.187-0.281).
The authors attribute it largely to higher recall for conditions labeled as having insufficient information: 56.3% for JEV versus 9.9% for Qwen.
Across all three datasets JEV had lower observed median job latency (1.18-1.40 s vs 2.80-8.90 s) and 53%-74% lower estimated cost per condition.
The comparison was evaluated under strict Zero Data Retention (ZDR) policies intended to protect clinical data privacy.
JEV is positioned as an initial assessment component giving criterion-level judgments and flagging potential information gaps; observed errors in interpreting clinical evidence mean outputs should be verified against patient records before informing eligibility decisions.
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