FADE

Error detection is an important part of preparing data for data analysis. Erroneous data can result in inaccurate analysis, resulting in garbage-in, garbage-out. Currently, many models utilize either or both Qualitative and Quantitative methods to detect errors in the data. However, these methods are still limited in the errors they can detect. Hence FADE, Focused and Attention-based Detector of Errors, was proposed. FADE can detect errors within structured data with rows and columns. FADE utilizes the information found in surrounding cells within the same row to help determine if a cell is erroneous. It also learns the expected structure of the attributes in the dataset and the values expected in each attribute. This results in FADE having a much wider range of error type detection and having a higher classification of errors than other methods. FADE was evaluated and was found to detect these errors with relatively high performance.

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Publication Details

Journal
Journal of Database Management
Published
2025-05-20
DOI
https://doi.org/10.4018/jdm.377526
Primary Topic
Natural Language Processing Techniques
Type
article
Field-Weighted Citation Impact
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article

FADE

Shaikh Quader, James A. Miller, Omar Al-Shamali
Journal of Database Management
Natural Language Processing Techniques
article

FADE

Shaikh Quader, James A. Miller, Omar Al-Shamali
article en

Abstract

Error detection is an important part of preparing data for data analysis. Erroneous data can result in inaccurate analysis, resulting in garbage-in, garbage-out. Currently, many models utilize either or both Qualitative and Quantitative methods to detect errors in the data. However, these methods are still limited in the errors they can detect. Hence FADE, Focused and Attention-based Detector of Errors, was proposed. FADE can detect errors within structured data with rows and columns. FADE utilizes the information found in surrounding cells within the same row to help determine if a cell is erroneous. It also learns the expected structure of the attributes in the dataset and the values expected in each attribute. This results in FADE having a much wider range of error type detection and having a higher classification of errors than other methods. FADE was evaluated and was found to detect these errors with relatively high performance.

Journal of Database ManagementVol. 36(1)
University of Alberta (CA), IBM (Canada) (CA)
Openalex Percentile: Top 95%
Natural Language Processing Techniques
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