adgomant/adele-judge-qwen3-14B-cre
The adgomant/adele-judge-qwen3-14B-cre is a 14 billion parameter distilled judge model, based on the Qwen3 architecture, specifically designed for the ADeLe benchmark suite. It scores model responses against questions and reference answers with an ordinal score from 1 to 5, then derives binary correctness. This model is optimized for out-of-model evaluation within the ADeLe framework, providing a cost-effective way to reproduce ADeLe paper-style correctness signals.
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ADeLe Distilled Judge Model
This model, adgomant/adele-judge-qwen3-14B-cre, is a 14 billion parameter Qwen3-based distilled judge, specifically engineered for the ADeLe benchmark suite. Its primary function is to evaluate model responses by assigning an ordinal score (1-5) against a given question and reference answer, subsequently determining binary correctness (CORRECT/INCORRECT).
Key Capabilities
- Specialized Evaluation: Designed exclusively for ADeLe-style evaluations, scoring model responses against reference answers.
- Ordinal and Binary Scoring: Provides a 1-5 ordinal score (1: surely incorrect, 5: surely correct) and a derived binary label (scores >= 3 are CORRECT).
- Distilled Training: Trained on 239,420 examples, with labels distilled from proprietary
gpt4oandsonnetjudge scores, filtered for high agreement. - High Accuracy: Achieves a binary accuracy of 0.9894 and an ordinal accuracy of 0.9639 on its validation set.
- Efficient Inference: Recommended inference method involves scoring restricted continuations ("1" through "5") rather than free-form generation.
Intended Use Cases
- ADeLe Benchmark Evaluation: Ideal for out-of-model evaluation within the ADeLe benchmark suite to reproduce its correctness signal.
- Cost-Effective Scoring: Offers a lower-inference-cost alternative to proprietary judges for ADeLe-style assessments.
Limitations
- Domain Specific: Not a general-purpose evaluator; strictly for ADeLe-style examples.
- Inherited Biases: Distilled from proprietary judge labels, inheriting their noise, calibration, and biases.
- No Explanations: Designed to output only a score, not explanations.