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ai-agent-book/chapter5/paper-to-video/validation/runs/exp5-5-kimi-fish-qwen-20260730-v1/provider_calls/page-02-narration-1.json
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ai-agent-book 精选快照(<2MB 代码与文档,来自 github.com/bojieli/ai-agent-book)
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"narration": "上一页我们看了论文标题,现在这一页是摘要,相当于整篇论文的电梯演讲。请大家先看屏幕上加粗的 Transformer 这个词——作者提出这是第一个完全建立在注意力机制上的模型,彻底抛弃了循环和卷积结构。为什么这一点关键?因为没有了循环,训练就可以高度并行,耗时大幅下降。再看屏幕下方两个数字:英德翻译 28.4 BLEU,比此前最好成绩高出 2 个点;英法 41.8 BLEU,直接刷新纪录。最后一行还提到,它能泛化到英语句法分析等其他任务。那么注意力机制究竟是如何运作的?我们下一页就从引言开始拆解。",
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"加粗的 Transformer 一词",
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"最后一条关于 English constituency parsing 的泛化结论"
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"content": "你是一位严谨而自然的中文技术讲师,正在讲解论文 Attention Is All You Need。\n这是第 2/12 页。下面给出该页真实 Slidev 源码:\n<slide>\n## Abstract\n\n- Proposes **Transformer** - first model based solely on attention mechanisms\n- Dispenses with recurrence and convolutions entirely\n- Superior quality while being more parallelizable and requiring less training time\n- Achieves 28.4 BLEU on WMT 2014 English-to-German (↑2 BLEU over previous best)\n- Achieves 41.8 BLEU on WMT 2014 English-to-French (new state-of-the-art)\n- Generalizes well to other tasks like English constituency parsing\n</slide>\n请写一段 180–240 个中文字符左右的口语讲解。必须满足:\n1. 用引导性叙事解释“为什么”和“它与前后页的关系”,不能逐条照读幻灯片;\n2. 明确指向当前屏幕上的可见元素(标题、公式、表格、数值或图片);有图片/表格/公式时必须说出观众该看哪里;\n3. 不虚构源码中没有的数值或结论;开头/结尾与页序匹配;\n4. 只返回 JSON{\"narration\":\"...\",\"visual_references\":[\"...\"]}。\n"
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"content": "{\"narration\":\"上一页我们看了论文标题,现在这一页是摘要,相当于整篇论文的电梯演讲。请大家先看屏幕上加粗的 Transformer 这个词——作者提出这是第一个完全建立在注意力机制上的模型,彻底抛弃了循环和卷积结构。为什么这一点关键?因为没有了循环,训练就可以高度并行,耗时大幅下降。再看屏幕下方两个数字:英德翻译 28.4 BLEU,比此前最好成绩高出 2 个点;英法 41.8 BLEU,直接刷新纪录。最后一行还提到,它能泛化到英语句法分析等其他任务。那么注意力机制究竟是如何运作的?我们下一页就从引言开始拆解。\",\"visual_references\":[\"页面标题 Abstract\",\"加粗的 Transformer 一词\",\"数值 28.4 BLEU(英德)与 41.8 BLEU(英法)\",\"最后一条关于 English constituency parsing 的泛化结论\"]}",
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"reasoning_content": "The user wants a Chinese narration for slide 2/12 of \"Attention Is All You Need\" — the Abstract slide. Requirements: 180-240 Chinese characters, guiding narrative, point to visible elements, no fabricated numbers, JSON only.\n\nThe slide shows: Abstract with points about Transformer, attention only, no recurrence/convolutions, 28.4 BLEU EN-DE, 41.8 BLEU EN-FR, generalization to parsing.\n\nNeed to connect with previous page (title page presumably) and next page (introduction). Start should match page 2 (following title page). End could lead to page 3.\n\nWrite ~200 characters. Visual references: title \"Abstract\", \"Transformer\" bold text, numbers 28.4 BLEU, 41.8 BLEU.\n\nDraft:\n\n\"上一页我们看了论文标题,现在这一页是摘要——也就是整篇论文的'电梯演讲'。请大家看屏幕上第二条:作者彻底抛弃了循环和卷积结构,只靠注意力机制构建了整个模型,这就是加粗的'Transformer'这个词的由来。为什么这很重要?因为去掉循环意味着训练可以高度并行,速度大幅提升。再看下面两个数字:英德翻译28.4 BLEU,比此前最好成绩高2个点;英法41.8 BLEU,直接刷新纪录。最后一行还提到它能泛化到句法分析等任务。那么注意力机制具体长什么样?我们下一页进入引言部分。\"\n\nCount characters roughly: that's around 200. Let me count more carefully.\n\n\"上一页我们看了论文标题,现在这一页是摘要——也就是整篇论文的'电梯演讲'。\" ~30\n\"请大家看屏幕上第二条:作者彻底抛弃了循环和卷积结构,只靠注意力机制构建了整个模型,这就是加粗的'Transformer'这个词的由来。\" ~55\n\"为什么这很重要?因为去掉循环意味着训练可以高度并行,速度大幅提升。\" ~30\n\"再看下面两个数字:英德翻译28.4 BLEU,比此前最好成绩高2个点;英法41.8 BLEU,直接刷新纪录。\" ~42\n\"最后一行还提到它能泛化到句法分析等任务。\" ~20\n\"那么注意力机制具体长什么样?我们下一页进入引言部分。\" ~25\n\nTotal ~200 characters. Good, within 180-240.\n\nVisual references: [\"标题 Abstract\", \"加粗的 Transformer 一词\", \"28.4 BLEU 和 41.8 BLEU 两个数值\", \"最后一条关于 English constituency parsing 的泛化结论\"]\n\nReturn JSON only."
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