S2-MAD's decision mechanism filters redundant viewpoints and conditionally skips participation, cutting token costs by up to 94.5% versus standard multi-agent debate while keeping accuracy within about 2 points in the headline configuration.
Understanding In-Context Learning from Repetitions
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abstract
This paper explores the elusive mechanism underpinning in-context learning in Large Language Models (LLMs). Our work provides a novel perspective by examining in-context learning via the lens of surface repetitions. We quantitatively investigate the role of surface features in text generation, and empirically establish the existence of \emph{token co-occurrence reinforcement}, a principle that strengthens the relationship between two tokens based on their contextual co-occurrences. By investigating the dual impacts of these features, our research illuminates the internal workings of in-context learning and expounds on the reasons for its failures. This paper provides an essential contribution to the understanding of in-context learning and its potential limitations, providing a fresh perspective on this exciting capability.
fields
cs.CL 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
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S$^2$-MAD: Breaking the Token Barrier to Enhance Multi-Agent Debate Efficiency
S2-MAD's decision mechanism filters redundant viewpoints and conditionally skips participation, cutting token costs by up to 94.5% versus standard multi-agent debate while keeping accuracy within about 2 points in the headline configuration.