RSM-full:分组记忆让受限智能体省 68% token

Rohan Paul · @rohanpaul_ai · X·2026-09-11 11:10·45分钟前
AI 导读

RSM-full 在 AMA-Bench 约 4k prompt token 预算下,保留了完整历史输入 83% 的质量,token 成本仅为后者的 32%。它按记忆到达顺序将相关记忆分组,需要时整组召回,而非检索孤立片段。作者认为,对内存受限的智能体,先组织好过去比优化检索更有效。

Rohan Paul@rohanpaul_ai
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RSM-full:分组记忆让受限智能体省 68% token

2026-09-11 11:10· 45分钟前
AI 导读

RSM-full 在 AMA-Bench 约 4k prompt token 预算下,保留了完整历史输入 83% 的质量,token 成本仅为后者的 32%。它按记忆到达顺序将相关记忆分组,需要时整组召回,而非检索孤立片段。作者认为,对内存受限的智能体,先组织好过去比优化检索更有效。

For memory-limited agents, organize the past before you optimize search: grouping related memories and keeping them together beat fancier retrieval under tight token budgets.

Most long-running agents either keep stuffing old interactions into the prompt or retrieve isolated chunks.

Both approaches get awkward once the prompt budget gets tight.

RSM-full takes a simpler route.

It groups related memories as they arrive, then brings those groups back together when the agent needs them.

On AMA-Bench at roughly 4k prompt tokens, it kept 83% of the quality of feeding the model its full history while using 32% of the token cost.

来源:Rohan Paul· x.com