For-Value: Efficient Forward-Only Data Valuation for finetuning LLMs and VLMs
For-Value estimates training-data influence from a single forward pass, avoiding gradient computations for scalable LLM and VLM data valuation.
For-Value estimates training-data influence from a single forward pass, avoiding gradient computations for scalable LLM and VLM data valuation.
TEP uses local prompt optimization to mitigate exploding and vanishing textual gradients in deep, long-horizon compound AI systems.
KGGDG generates clinically plausible but incorrect answer choices from medical knowledge graphs to make medical QA benchmarks more challenging.