This article introduces the 're!think' protocol, a ~1,300-token prompt that embeds seven core reasoning mechanics directly within an LLM's context window. It contrasts this approach with traditional, code-heavy enterprise scaffolding, arguing for more efficient, in-context logic that teaches models to reason mathematically rather than generate text.
原文翻译:
本文介绍了“re!think”协议,一个约1300词元的提示词,将七种核心推理机制直接嵌入LLM的上下文窗口。它对比了这种方法与传统的、代码繁重的企业级框架,主张更高效、上下文内的逻辑,教导模型进行数学推理而非文本生成。This article introduces the 're!think' protocol, a ~1,300-token prompt that embeds seven core reasoning mechanics directly within an LLM's context window. It contrasts this approach with traditional, code-heavy enterprise scaffolding, arguing for more efficient, in-context logic that teaches models to reason mathematically rather than generate text.
原文翻译:
本文介绍了“re!think”协议,一个约1300词元的提示词,将七种核心推理机制直接嵌入LLM的上下文窗口。它对比了这种方法与传统的、代码繁重的企业级框架,主张更高效、上下文内的逻辑,教导模型进行数学推理而非文本生成。