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chinese-de-aigc
// 面向中文学术论文的降 AIGC 检测率 Skill。针对知网、万方、维普、Turnitin 中文版的检测机制,识别并消除中文大语言模型的 17 类结构化写作痕迹。采用"定位 → 诊断 → 改写 → 自评 → 复查"五步闭环工作流,分章节差异化策略(摘要/引言/文献综述/方法/结果/讨论/结论),保持学术严谨性前提下通过检测。
// 面向中文学术论文的降 AIGC 检测率 Skill。针对知网、万方、维普、Turnitin 中文版的检测机制,识别并消除中文大语言模型的 17 类结构化写作痕迹。采用"定位 → 诊断 → 改写 → 自评 → 复查"五步闭环工作流,分章节差异化策略(摘要/引言/文献综述/方法/结果/讨论/结论),保持学术严谨性前提下通过检测。
| name | chinese-de-aigc |
| description | 面向中文学术论文的降 AIGC 检测率 Skill。针对知网、万方、维普、Turnitin 中文版的检测机制,识别并消除中文大语言模型的 17 类结构化写作痕迹。采用"定位 → 诊断 → 改写 → 自评 → 复查"五步闭环工作流,分章节差异化策略(摘要/引言/文献综述/方法/结果/讨论/结论),保持学术严谨性前提下通过检测。 |
| triggers | ["降 AIGC 检测率","降低 AIGC","中文论文去 AI 味","知网 AIGC 检测","万方 AIGC","维普检测","论文查重 AI","人工化重写","去 AI 痕迹","chinese de-aigc","chinese humanize"] |
中文学术实证论文的 AI 痕迹消除器。不是"改同义词",不是"打乱语序",而是系统性地重构中文 AI 文本的统计学特征,让它回归到真实研究者写作的语言分布上。
三个错误的做法(很多教程都在做但无效):
本 Skill 的正确路径:针对中文 AI 的五大结构性特征做定点破坏,而非字词层面的表面修改。
与英文 AI 不同,中文大模型的痕迹主要表现在:
本 Skill 针对上述 5 大特征,提供 17 类细分诊断规则(详见 references/patterns.md)。
┌─────────────┐ ┌─────────────┐ ┌─────────────┐
│ 1. 定位扫描 │ → │ 2. 诊断分类 │ → │ 3. 差异化改写 │
└─────────────┘ └─────────────┘ └─────────────┘
│
┌─────────────┐ ┌─────────────┐ │
│ 5. 二次复查 │ ← │ 4. 五维自评 │ ←────────┘
└─────────────┘ └─────────────┘
接收用户提交的文本,按 references/patterns.md 的 17 类规则做全文扫描,输出结构化问题清单:
## AI 痕迹定位报告
| 段落 | 原文片段 | 命中规则 | 严重度 |
|------|---------|---------|--------|
| ¶2 | "毋庸置疑,数字化转型..." | P01 四字套话 | 高 |
| ¶3 | "...此外,该研究还..." | P04 显性连接词 | 中 |
| ¶5 | "本文认为该机制充分证明了..." | P12 绝对化断言 | 高 |
⚠️ 不要此时就开始改写,先让用户/作者看到问题全貌。
按段落功能分类:
参考 references/academic-sections.md 的分章节策略表决定每段的改写力度。
针对 Step 1 清单里的每一条,按以下四条原则逐一修复:
⚠️ 禁止事项:
对改写后的文本做中文学术版 5 维评分(每维 1-10 分,详见 references/scoring.md):
| 维度 | 检查点 | 权重 |
|---|---|---|
| 具体性 | 是否用具体数据/案例/作者替代了模糊表达 | 1.5× |
| 节奏性 | 句长方差是否 ≥ 150(50 字长句 + 15 字短句混排) | 1.2× |
| 谨慎性 | 绝对化断言是否已降级为条件化表述 | 1.3× |
| 隐衔接 | 段落之间是否消除了显性关联词(此外/因此等) | 1.0× |
| 研究者语气 | 是否出现"我们/本团队/我"等第一人称研究立场 | 1.0× |
加权总分 < 35 → 返回 Step 3 再改一轮。加权总分 ≥ 42 → 通过。
用"冷读者"视角重新审视全文,执行三项终审:
输出终稿 + 改动摘要(哪些段落改了多少、为什么改)。
用户可以用以下任意触发词调用:
请对这段文本降 AIGC 检测率把这篇论文改得不像 AI 写的走 chinese-de-aigc 五步闭环诊断这段文字的 AI 痕迹,给出修改建议references/patterns.md — 17 类中文 AI 痕迹模式库(每类含识别规则 + 典型样本)references/examples.md — 12 组原文/改写前后对比(覆盖实证论文七个主要章节)references/academic-sections.md — 按章节差异化的改写策略表(摘要/引言/文献综述/方法/结果/讨论/结论)references/scoring.md — 五维评分量表细则本 Skill 的目标是让人工写作和 AI 辅助写作的文本回归到真实研究者的语言分布,而不是"帮 AI 生成内容骗过检测"。
学术诚信优先于检测率。任何改写都不应触及研究结论、数据真实性、引用准确性。
Detect and humanize AI-generated Chinese text. 20+ rule detection categories plus statistical features (sentence-length CV, short-sentence fraction, comma density, perplexity, GLTR, DivEye) plus scene-aware LR fusion (rule × 0.2 + LR × 0.8) trained on three scenes: general / academic / longform 长文本 (≥1500 字)。Unified CLI: ./humanize {detect,rewrite,academic,style,compare}. 8 style transforms (casual/zhihu/xiaohongshu/wechat/academic/literary/weibo/novel)。 Multi-paragraph rewriting (paragraph length CV、跨段 trigram 重复) plus best-of-N humanize (默认 N=10 取最低 LR)。165 replacement patterns + CiLin 同义词词林 38873 with collision blacklist。 Academic paper AIGC reduction for CNKI/VIP/Wanfang (知网/维普/万方 AIGC 检测降重)。 Pure Python, no dependencies, offline。v5.0.0 — HC3 fused 准确率 95%、学术 hero 100→35 (-65)、 工作汇报 96→13 (-83)、长篇博客 96→41 (-55)。 Use when user says: "去AI味", "降AIGC", "人性化文本", "humanize chinese", "AI检测", "AIGC降重", "去除AI痕迹", "文本改写", "论文降重", "知网检测", "维普检测", "AI写作检测", "让文字更自然", "detect AI text", "humanize text", "reduce AIGC sc
A brief description of what this skill does
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