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Read the original: Berkeley AI Research· Published 34/100AI score34/100

SPEX and ProxySPEX Identify Influential LLM Interactions at Scale with Fewer Ablations

Original titleIdentifying Interactions at Scale for LLMs

AISummary

Berkeley AI Research introduces SPEX, a signal-processing framework that identifies influential interactions in LLMs using far fewer ablations than exhaustive analysis. A hierarchy-based extension, ProxySPEX, matches SPEX performance with around 10x fewer ablations. The methods apply to feature, data, and model component attribution.

Read the original bair.berkeley.edu

Source: Berkeley AI Research · bair.berkeley.eduPublished · added here