德州大学的研究表明,将小型内存决策交由快速评分模型处理,可使 AI 内存系统构建长对话内存的速度提升 6.6 倍。Jev-Mem 通过快速评分器批量返回概率而非生成文本,仅在最终调用 LLM 读取内存并回答。在 LoCoMo 基准测试中,其答案得分为 0.777,内存构建时间缩短至 158 秒。
University of Texas paper finds that handing small memory decisions to a fast scoring model let an AI memory system build its memory of long conversations 6.6 times faster
Many memory systems ask an LLM to make small choices, like what to link or when to stop searching.
Generating text for each choice is slow, and those calls pile up during memory building and search.
Jev-Mem gives those choices to a fast scorer, Jev, that returns probabilities in batches instead of text. The LLM is called only at the end, to read the chosen memories and answer.
On the LoCoMo long-conversation benchmark, it got a 0.777 answer score versus 0.700 for the best baseline. It built memory in 158 seconds versus 1,044 for the fastest rival and answered in 0.93 seconds versus 1.47.
If your memory pipeline calls an LLM for routing, scoring, or stopping, try a fast classifier there and save the LLM for answers.
来源:Rohan Paul · x.com