Comparing Inexact String Matching Methods for Large Scale Entity Matching

the Advisor was originally built with the purpose of helping users build a strong bibliography by extending the document set obtained at first-level search. To do this however, diverse datasets containing critical metadata for this project to work must be matched. Thus, inexact string matching is needed but for a long-time inexact string matching has had issues with both accuracy and runtime on large scale data. Thus, this project utilizes a two-phase method. Using this two-phase method has allowed the Advisor to be revived through gaining important metadata but how does it compare against other applications? This project compares the two-phase method that is proposed against popular applications with inexact string matching capabilities such as PostgreSQL, Elasticsearch, and MongoDB.

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Publication Details

Published
2024-12-15
DOI
https://doi.org/10.1109/bigdata62323.2024.10825868
Primary Topic
Data Quality and Management
Type
article
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article

Comparing Inexact String Matching Methods for Large Scale Entity Matching

Érik Saule, Davis Spradling
Data Quality and Management
article

Comparing Inexact String Matching Methods for Large Scale Entity Matching

Érik Saule, Davis Spradling
article en

Abstract

the Advisor was originally built with the purpose of helping users build a strong bibliography by extending the document set obtained at first-level search. To do this however, diverse datasets containing critical metadata for this project to work must be matched. Thus, inexact string matching is needed but for a long-time inexact string matching has had issues with both accuracy and runtime on large scale data. Thus, this project utilizes a two-phase method. Using this two-phase method has allowed the Advisor to be revived through gaining important metadata but how does it compare against other applications? This project compares the two-phase method that is proposed against popular applications with inexact string matching capabilities such as PostgreSQL, Elasticsearch, and MongoDB.

University of North Carolina at Charlotte (US)
Reduced inequalities
Openalex Percentile: Top 68%
Data Quality and Management
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