Stage placement, not the scoring rule, dominates pruning effectiveness in deep research agents; early post-retrieval pruning cuts token usage by up to 73% with modest quality loss.
DYCP: Dynamic Context Pruning for Long-Form Dialogue with LLMs
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abstract
Large Language Models (LLMs) increasingly operate over long-form dialogues with frequent topic shifts. While recent LLMs support extended context windows, efficient management of dialogue history in practice is needed due to inference cost and latency constraints. We present DyCP, a lightweight context management method implemented outside the LLM that dynamically identifies and retrieves relevant dialogue segments conditioned on the current turn, without offline memory construction. DyCP manages dialogue context while preserving the sequential nature of dialogue without predefined topic boundaries, enabling adaptive and efficient context selection. Across three long-form dialogue benchmarks-LoCoMo, MT-Bench+, and SCM4LLMs-and multiple LLM backends, DyCP achieves competitive answer quality in downstream generation, with more selective context usage and improved inference efficiency.
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cs.AI 1years
2026 1verdicts
CONDITIONAL 1representative citing papers
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Not Worth Another Token: Marginal Value Estimation for Efficient Deep Research Agents
Stage placement, not the scoring rule, dominates pruning effectiveness in deep research agents; early post-retrieval pruning cuts token usage by up to 73% with modest quality loss.