🎬 抖音口播脚本 | 时长：45-60秒

【0-5秒 黄金Hook】

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

【5-35秒 核心信息（口语化表达，每句一行）】

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【35-50秒 深度扩展】

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

【50-60秒 强CTO结尾】

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📐 拍摄建议：竖屏 9:16 · 科技感电子背景乐 · 关键数据配文字弹幕 · 表情自然语速适中

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery 🔥

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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📌 来源：arXiv

#ai_paper

#科技资讯 #彩虹洋葱AI

问题：如何看待「Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery」？

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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（文章生成失败，请查看原文）

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总结： 以上分析基于公开信息整理。核心在于理解这一事件/技术背后的驱动力，而非停留在表面叙事。欢迎在评论区交流你的看法。

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📎 参考来源：来源：arXiv

🔗 原文链接：https://arxiv.org/abs/2610.32866v1

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

摘要：（文章生成失败，请查看原文）

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📌 来源：arXiv | 标签：ai_paper

本文由彩虹洋葱 AI 自动聚合生成，仅供参考，不构成任何投资或决策建议。

【微博短帖 | 140字以内核心版】

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery：Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned exa……

#ai_paper

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【微博长帖 | 可配图 9 宫格版】

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

#ai_paper 🔗 https://arxiv.org/abs/2610.32866v1

📺 B站视频脚本 | 时长：3-5分钟

【片头 0:00-0:15】BGM起 → 标题字幕弹出

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

【引子 0:15-0:45】制造悬念

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

【时间轴分镜】

├ [结尾] 总结 + 求三连关注

【弹幕互动引导】

• "觉得有用的扣 1"
• "不同观点的弹幕见"
• 结尾设置投票：你看好这个方向吗？A.看好 B.观望 C.不看好

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🏷️ 标签：ai_paper

⚡ 快手短视频脚本 | 时长：30-40秒

【封面字幕】（大号字体，居中）

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

【口播文案】（接地气风格，口语化）

老铁们，今天聊个硬核的——Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

核心就三点：

① （文章生成失败，请查看原文）

① Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

① Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

懂的点个赞，不懂的评论区问我，下条见！💪

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🏷️ 推荐标签：ai_paper

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

前言

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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（文章生成失败，请查看原文）

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总结

本文梳理了相关技术/事件的核心脉络。如有错误欢迎在评论区指正。

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📂 分类：ai_paper

© 本文由彩虹洋葱 AI 自动聚合，转载请注明出处。

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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（文章生成失败，请查看原文）

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总结 & 思考

以上为当前进展的梳理。欢迎在评论区交流技术细节和不同观点。

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🏷️ 标签：ai_paper

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Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

【导语】 Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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本文目录：

（正文见下）

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关键词：ai_paper 声明：本文由彩虹洋葱 AI 智能聚合生成，仅供信息参考。

Interpretable sparse fine-tuning with TopKLoRA enables faithful circuit discovery

Fine-tuning on datasets of unknown origin can create a backdoor in the trained model when the data includes poisoned examples. Difficult to localise and remove, backdoors can persist through safety training. While parameter-efficient fine-tuning methods capture the full parameter changes introduced ...

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（文章生成失败，请查看原文）

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