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Exploring Translation Mechanism of Large Language Models
Published Date
2025-02-17
Source
arXiv
Head Name
Source Heads ,Indicator Heads ,Positional Heads
Summary
Innovation: The paper investigates the translation mechanisms of LLMs by examining crucial computational components (e.g., attention heads, MLPs) using path patching techniques. It identifies a sparse subset of specialized attention heads that significantly contribute to translation tasks and proposes a targeted fine-tuning approach that enhances translation performance with minimal parameter adjustments.
Tasks: The study employs path patching to determine causal relationships in LLMs during translation tasks. It analyzes the behavioral patterns of crucial components, characterizing roles of attention heads and examining MLP interactions with translation-relevant tokens. The insights are used to implement a targeted supervised fine-tuning strategy to improve translation capabilities.
Significant Result: The research finds that less than 5% of attention heads are crucial for translation, exhibiting specialized functions to process translation-relevant features. Fine-tuning just 64 of these heads achieves performance comparable to full-parameter tuning, preserving general model capabilities while enhancing translation.
The text was updated successfully, but these errors were encountered:
Title
Exploring Translation Mechanism of Large Language Models
Published Date
2025-02-17
Source
arXiv
Head Name
Source Heads ,Indicator Heads ,Positional Heads
Summary
Innovation: The paper investigates the translation mechanisms of LLMs by examining crucial computational components (e.g., attention heads, MLPs) using path patching techniques. It identifies a sparse subset of specialized attention heads that significantly contribute to translation tasks and proposes a targeted fine-tuning approach that enhances translation performance with minimal parameter adjustments.
Tasks: The study employs path patching to determine causal relationships in LLMs during translation tasks. It analyzes the behavioral patterns of crucial components, characterizing roles of attention heads and examining MLP interactions with translation-relevant tokens. The insights are used to implement a targeted supervised fine-tuning strategy to improve translation capabilities.
Significant Result: The research finds that less than 5% of attention heads are crucial for translation, exhibiting specialized functions to process translation-relevant features. Fine-tuning just 64 of these heads achieves performance comparable to full-parameter tuning, preserving general model capabilities while enhancing translation.
The text was updated successfully, but these errors were encountered: