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Excel Data Annotation and Validation Tool

Data Analysis Updated 2026.08.30

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About this skill

What Problem Does It Solve?

In Excel data processing, manual verification of annotation results—such as validating classification, sentiment analysis, or information extraction accuracy—is often required. Traditional methods rely on human inspection, which is time-consuming and prone to subjective errors. Automated scripts may overlook semantic complexities and data noise, leading to misjudgments. The Excel数据检查 skill addresses this by providing a structured reasoning workflow to validate result fields directly in original cells using colors and comments, without adding new columns, thus enabling efficient and reliable verification.

How Does It Work?

The core of this skill is the precision reasoning validation pipeline, ensuring independent judgment per row. The workflow includes:

  • Data Characteristic Analysis: First, use the analyze command from scripts/validate_data.py to summarize result field value distributions, identify data types (e.g., speech transcription text), and infer annotation task types, forming validation rule hypotheses.
  • Row-by-Row Reasoning Chain: For each row, execute a four-step process:
  • Step 1 — Original Text Understanding: Comprehensively read data field content, noting noise (e.g., typos, colloquialisms) and key information in long texts.
  • Step 2 — Independent Judgment: Infer expected results independently based on understanding, without viewing current annotation values.
  • Step 3 — Comparison Analysis: Compare independent judgment with actual result field values; pause if inconsistent.
  • Step 4 — Re-review Confirmation: Re-examine original text, considering semantic equivalence, reasonableness, and label granularity, ultimately determining "accurate," "error," or "to be confirmed." Standards emphasize preferring "to be confirmed" over erroneous "error" judgments.
  • Writing Validation Results: Use the write-batch command to write results to a new file. Error cells are marked with red background and comments, to-be-confirmed cells with yellow background and comments, and accurate cells with no marking. Output files are named 原文件名-标注版.xlsx.

Boundaries and Considerations

This skill is designed for Excel file verification, but note:

  • For large files (over 1000 rows), process in batches and inform the user of progress to avoid batch fatigue.
  • If the result field is empty, directly mark as "to be confirmed" with a comment stating "result field is empty, cannot validate."
  • When data fields contain sensitive information (e.g., ID numbers), protect privacy by avoiding full references in comments.
  • For speech transcription text, restore the speaker's true intent to prevent misjudgment due to noise.
  • Validation logic follows references/validation_rules.md, suitable for tasks like classification and information extraction in data analysis, but requires semantic reasoning for unstructured data (e.g., free text).

Use Cases

  • After a data annotation team completes text classification annotations, they need to verify each row's result field against data fields, marking errors with colors and comments for correction.
  • When validating sentiment analysis annotations for speech transcription text, the skill checks if each result accurately captures the speaker's intent, avoiding misjudgment due to transcription noise.
  • To review accuracy of information extraction annotations, perform automated validation on Excel files with multiple data fields, outputting an annotated version with comments directly.
  • When auditing label assignments for customer feedback data, use the skill to verify result fields and generate a reviewed version with error explanations.

Best For

  • A data analyst responsible for data annotation quality control, who needs to regularly verify annotation results to ensure accuracy for model training data.
  • A project manager of an annotation team, requiring quick review of multiple Excel annotation files' correctness and generation of review reports.
  • A natural language processing engineer working with speech transcription data, needing to validate if emotion or intent annotations match the original text.
  • A researcher performing information extraction tasks, checking the accuracy of annotations for fields extracted from unstructured text.