Summary
Run a controlled experiment to measure how open-rag-eval metrics change when using different LLMs to generate answers. This helps us understand whether certain metrics are stable, noisy, or biased depending on the model family.
Task Description
Using a fixed retrieval pipeline (same dataset, retriever, and retrieved passages), evaluate RAG answers generated by multiple LLMs such as:
- GPT-5.x
- Claude 4.x
- Gemini 3.x
- DeepSeek-V3.x / DeepSeek-R1
- Llama-4
- or similar open-weights
For each LLM, run open-rag-eval on the same query set and compare metric performance.
What to Produce
- A table comparing metrics across models (e.g., Recall@K, Faithfulness, Nugget Precision, Hallucination rate).
- 1–2 visualizations (bar chart or heatmap).
- A short interpretation of which metrics vary significantly across models and why.
Acceptance Criteria
Notes
- Focus on metric behavior, not model performance.
- This issue helps us understand whether some metrics are overly sensitive to LLM generation style or length.
Summary
Run a controlled experiment to measure how open-rag-eval metrics change when using different LLMs to generate answers. This helps us understand whether certain metrics are stable, noisy, or biased depending on the model family.
Task Description
Using a fixed retrieval pipeline (same dataset, retriever, and retrieved passages), evaluate RAG answers generated by multiple LLMs such as:
For each LLM, run open-rag-eval on the same query set and compare metric performance.
What to Produce
Acceptance Criteria
Notes