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Conservative Wording Guard (Over-Claim Protection)

A reference for conservative wording in Chinese degree theses. The goal is not to make statements weak, but to state evidence strength precisely: strong evidence permits strong wording; weak evidence requires weak wording. Blind-review experts are highly alert to over-claiming, so proactive calibration is easier than revising after questioning.

Boundary with “Is the Evidence Sufficient?”

This file governs how strong the wording should be once evidence strength is known: which verb or qualifier keeps the sentence within the evidence. First determine whether figures/tables/metrics/citations actually support the claim, then use this file to choose wording. Substance takes priority when it conflicts with wording.

Certainty Ladder (Strong to Weak)

证明 / 表明(强)                 ← 干预实验(消融/受控对比)

揭示 / 发现 / 识别出               ← 强效应,多方法或可复现

表明 / 提示                       ← 显著但单一方法

支持 / 与……一致                  ← 趋势性,与前人一致

可能表明 / 或许提示 / 似乎         ← 边缘显著或预测性

暗示 / 倾向于                     ← 极弱信号或假说

Match the rung to the evidence; do not climb above what the data can reach.

Replacement Tables

1. Causality (Most Common Over-Claim: Calling Correlation Causation)

❌ Over-Claim✅ Conservative Wording
由……导致 / 引起与……相关 / 关联
驱动 / 决定影响 / 与……相关
是……的根本原因与……有关 / 可能与……有关
证明了表明 / 提供了……的证据
造成了伴随出现 / 与……同时出现

Use causal wording only for controlled interventions (ablation, randomized grouping, A/B comparison), instrumental-variable designs, or reproduction of an established mechanism. Otherwise use correlational wording.

2. First/Unique Claims (Reviewers Will Search Immediately)

❌ Over-Claim✅ Conservative Wording
首次 / 第一个据我们所知,首次 / 最早的工作之一
新颖的(自我标榜)Directly state what is new; delete the “novel” label
前所未有的显著的 / 值得注意的
此前未知的此前研究不充分的

3. Universality (One Scenario Cannot Support Every Scenario)

❌ Over-Claim✅ Conservative Wording
总是 / 永远 / 从不通常 / 很少
在所有情况下在所研究的情形中
普遍地在所评测的基准上
任意数据集所采样的数据集

4. Effect Size (“Significant/Large” Without Numbers)

❌ Over-Claim✅ Conservative Wording
大幅提升误差降低了 X%
显著的效应β = X.XX(95% CI:…)
明显改善从 X 提升到 Y(p = …)
高度显著p < 1 × 10⁻¹⁰
鲁棒 / 稳健在 N 次独立运行中一致 / 在[扰动]下稳定

If the number already tells the story, remove the adjective and let the number speak.

5. Time/Inference Order (Inferring Historical Causality from Contemporary Data)

❌ Over-Claim✅ Conservative Wording
X 驱动了该变化该变化与 X 一致
发生在 T 时刻估计约为 T(置信区间:…)
从 A 迁移到 B数据与 A→B 的路径一致

6. Application Prospects (Downstream Use Not Demonstrated Here)

❌ Over-Claim✅ Conservative Wording
将带来变革对……具有潜在意义
将被广泛使用可能有助于 / 可为……提供参考
解决了 X 问题处理了 X 的一个方面
可直接落地部署为[场景]提供了候选方法

7. Comparison (Disparaging Prior Work)

❌ Over-Claim✅ Conservative Wording
前人方法未能……前人方法受限于……
优于所有已有方法与[具体方法]相比具有优势
终结了长期争论为该争论的一方补充了证据

Frequent Trap Sentences

TrapSafe Alternative
“本文结果证明了 X。”(X 是因果)“本文结果与 X 一致。”
“这是首个……的工作。”“据我们所知,是最早……的工作之一。”
“X 在 Y 中起关键作用。”“X 与 Y 有关 / 可能对 Y 有贡献。”
“这些发现对……具有重要意义。”“这些发现为进一步研究……提供了基础。”
“X 是 Y 的关键驱动因素。”“X 与 Y 相关。”
“强烈支持”“与……一致 / 提供了与……一致的证据”

Reverse Calibration: When Not to Be Conservative

Weak evidence requires caution, but cautious wording for strong evidence becomes timid. Use strong wording when:

  • a controlled intervention (ablation / randomized control / A-B) yields a causal result -> use “证明”;
  • multiple methods/datasets/random seeds reproduce the result -> use “稳健” and state the evidence;
  • an established mechanism is reproduced -> “确认 / 验证” is appropriate;
  • a large effect has strong statistics -> use strong wording with the number.

Self-Check After Each Paragraph

  • [ ] Used “首次/新颖”? Was the literature actually searched? If not, add “据我们所知”
  • [ ] Used “导致/驱动/决定”? Is there an intervention? If not, change to “与……相关”
  • [ ] Used “所有/总是/普遍”? Is the scope limited to the actual study?
  • [ ] Used “显著/大幅/明显”? Is a number attached?
  • [ ] Listed an application not demonstrated here? Add “可能/或许”
  • [ ] Disparaged prior work? Use “受限于” instead of “未能/失败”

Script Support

deai_check.py emits a [Script] LOW trace for a small set of unambiguous over-claim phrases in causality/first/universality/application categories and points back here. The script catches only obvious cases; the tables above cover judgments the script cannot make.

Released under the MIT License.