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Dataset Datasheet

核心功能是生成符合标准的数据集数据表,涵盖动机、组成、采集流程、预处理、使用建议与限制等模块,附带质量校验避免常见疏漏。典型场景:编写数据集文档、记录训练/评估数据、评估数据集适用性。需输入数据集名称、版本、动机等关键信息,输出结构化规范数据表,明确数据合规性、适用范围与维护规则。

mohitagw15856
mohitagw15856
热度 15.12
最近更新 2026-07-16 22:31:09
分类:数据依赖:纯提示词应用场景:数据处理 / 报告撰写

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add dataset-datasheet
Metadata
name
dataset-datasheet
description
Document a dataset so others know what it is, how it was made, and when not to use it. Use when asked to write a datasheet for a dataset, document training/eval data, or assess whether a dataset is fit for a use. Produces a datasheet — motivation, composition, collection process, preprocessing, recommended uses & limits, distribution, and maintenance.
homepage
https://mohitagw15856.github.io/pm-claude-skills/skill/dataset-datasheet.html
metadata
{"openclaw":{"emoji":"🤖"}}

Dataset Datasheet Skill

Models inherit the flaws of their data, and most data debt is invisible because nobody wrote down where the data came from. A datasheet is that record: how the dataset was collected, what's in it, what's missing, and what it should not be used for. It's the difference between a reusable asset and a liability.

Required Inputs

Ask for these only if they aren't already provided:

  • Dataset name, version, owner and what it's used for today.
  • Motivation — why it was created and for what task.
  • Composition — what an instance is, how many, fields/labels, and time range.
  • Collection — sources, method (scraped, logged, purchased, annotated), and consent/licensing basis.
  • Known issues — gaps, imbalances, label noise, sensitive attributes, duplicates.

Output Format

Datasheet: [dataset] v[version]

Owner: [team] · Created: [date] · License: [license]

1. Motivation — why this dataset exists, the task it serves, and who funded/created it.

2. Composition

  • What a single instance represents; total count; the schema (fields, label definitions).
  • Class/label balance and key distributions (and notable skews).
  • Sensitive attributes present (directly or by proxy), and whether individuals are identifiable.
  • Known missing data, duplicates, or noise.

3. Collection process — sources, mechanism (scrape/log/survey/annotation), time window, sampling strategy, and the legal/consent basis (license, ToS, opt-in).

4. Preprocessing / labelling — cleaning, dedup, filtering, and how labels were produced (who annotated, guidelines, inter-annotator agreement).

5. Recommended uses & limits

  • Appropriate uses: tasks this data supports well.
  • Do not use for: tasks where its biases/gaps would cause harm or invalid results.

6. Distribution & access — who can use it, how it's shared, and tenancy/PII handling.

7. Maintenance — owner, update cadence, versioning, and how errors get reported and fixed.

Quality Checks

  • The collection method and legal/consent basis are stated — not assumed
  • Class balance and key distribution skews are quantified, not hand-waved
  • Sensitive attributes (and proxies for them) are identified explicitly
  • "Do not use for" lists concrete tasks where the data would mislead
  • Label provenance is documented (who labelled, with what guidelines, and agreement level)
  • An owner and update/error-reporting process are named

Anti-Patterns

  • Do not describe only the happy-path contents — the gaps, skews, and noise are what cause model failures
  • Do not omit the consent/licensing basis — "we scraped it" is a legal and ethical liability if undocumented
  • Do not ignore proxy variables — removing race/gender columns doesn't remove the bias if zip code or name encodes it
  • Do not present label quality as perfect — state who labelled it and the agreement rate, or note it's unmeasured
  • Do not leave the dataset ownerless — an unmaintained dataset silently rots as the world changes

Based On

Datasheets for Datasets (Gebru et al., 2018) and data-documentation practice in responsible-AI reviews.