记忆增强压缩:将可复用推理从生成阶段移入提示词以降低思维链成本

Rohan Paul · @rohanpaul_ai · X·2026-09-01 01:03·23小时前
AI 导读

论文提出“记忆增强压缩”(Memory-Augmented Compression)方法,将可复用推理从生成阶段转移到提示词中,无需训练即可降低思维链成本。该方法将已解示例蒸馏为可复用推理记忆,按查询检索并注入,使部分计算从自回归解码转移到更并行的预填充阶段。

Rohan Paul@rohanpaul_ai
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记忆增强压缩:将可复用推理从生成阶段移入提示词以降低思维链成本

2026-09-01 01:03· 23小时前
AI 导读

论文提出“记忆增强压缩”(Memory-Augmented Compression)方法,将可复用推理从生成阶段转移到提示词中,无需训练即可降低思维链成本。该方法将已解示例蒸馏为可复用推理记忆,按查询检索并注入,使部分计算从自回归解码转移到更并行的预填充阶段。

This paper shows a different way to make chain-of-thought cheaper: move reusable reasoning from generation into the prompt.

Instead of asking an LLM to regenerate every reasoning step, give it the relevant reasoning pattern upfront and let it think shorter.

Memory-Augmented Compression is training-free: it distills solved examples into reusable reasoning memories, retrieves relevant ones for each query, and injects them before compressed reasoning.

That shifts some work from slow autoregressive decoding to the more parallel prefill stage.

With Qwen2.5-7B, adding memory to Chain-of-Draft recovered 21.4 accuracy points on GSM8K and 28.0 on MATH, while model latency stayed 1.49× and 1.14× faster than standard CoT.

来源:Rohan Paul· x.com