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实时 01:46:19
English(EN) Your AI agent isn't ignoring you. It's magnetized. New Physics of Software ep: hysteresis explains why telling an agent to stop doesn't undo context poisoning.

AI代理会表现出“磁滞”现象,即使在收到停止指令后仍保留上下文

AI代理的行为可能受到一种称为磁滞的现象的影响,这类似于磁性。这意味着,即使发出停止某个动作或上下文的指令,代理仍可能保留“磁化”状态,继续受到先前输入的影响。这一概念在“软件物理学”系列中进行了探讨,表明仅仅告诉代理停止并不能完全清除其上下文记忆或“污染”。 AI

影响 解释了AI代理控制的一个潜在局限性,表明当前的方法可能无法完全重置上下文记忆。

排序理由 该条目讨论的是对AI代理行为的概念性解释,而不是新的发布、产品或政策。

在 Mastodon — mastodon.social 阅读 →

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AI代理会表现出“磁滞”现象,即使在收到停止指令后仍保留上下文

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该条目讨论的是对AI代理行为的概念性解释,而不是新的发布、产品或政策。
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报道来源 [1]

  1. Mastodon — mastodon.social TIER_1 English(EN) · [email protected] ·

    你的AI代理并没有忽略你。它被磁化了。新软件物理学(软件滞后效应)解释了为何告诉代理停止并不能消除上下文投毒。

    Your AI agent isn't ignoring you. It's magnetized. New Physics of Software ep: hysteresis explains why telling an agent to stop doesn't undo context poisoning. Removing the magnet isn't the same as demagnetizing the metal; same deal with your agent's context window. https://www. …