APPLICATION OF K-MEANS ALGORITHM FOR CLASSIFICATION OF BENINESE MUNICIPALITIES ACCORDING TO THEIR DIGITAL DEVELOPMENT PROFILE

Background: Optimizing digital territorial development policies requires a thorough understanding of municipal digital profiles and their heterogeneity. This study explores the application of the K-Means clustering algorithm to categorize the 77 Beninese municipalities according to their digital development profile using comprehensive data from the foundational Decision Support System (DSS)described in our companion study. Objective: To develop an innovative methodological approach for analyzing territorial digital disparities and establish municipal typologies to optimize digital territorial planning policies. Methods: Based on a standardized 45-indicator framework across multiple thematic domains collected through our Decision Support System, this research applies K-Means clustering with optimal cluster determination through silhouette analysis. The dataset comprises 20,790 data points providing robust foundation for unsupervised learning analysis.

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Publication Details

Journal
International Journal of Advanced Research
Published
2025-08-30
DOI
https://doi.org/10.21474/ijar01/21587
Primary Topic
Data Mining and Machine Learning Applications
Type
article
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article

APPLICATION OF K-MEANS ALGORITHM FOR CLASSIFICATION OF BENINESE MUNICIPALITIES ACCORDING TO THEIR DIGITAL DEVELOPMENT PROFILE

Narcisse Arsene Dagba, Aziz Saibou, Theophile Aballo
International Journal of Advanced Research
Data Mining and Machine Learning Applications
article

APPLICATION OF K-MEANS ALGORITHM FOR CLASSIFICATION OF BENINESE MUNICIPALITIES ACCORDING TO THEIR DIGITAL DEVELOPMENT PROFILE

Narcisse Arsene Dagba, Aziz Saibou, Theophile Aballo
article en

Abstract

Background: Optimizing digital territorial development policies requires a thorough understanding of municipal digital profiles and their heterogeneity. This study explores the application of the K-Means clustering algorithm to categorize the 77 Beninese municipalities according to their digital development profile using comprehensive data from the foundational Decision Support System (DSS)described in our companion study. Objective: To develop an innovative methodological approach for analyzing territorial digital disparities and establish municipal typologies to optimize digital territorial planning policies. Methods: Based on a standardized 45-indicator framework across multiple thematic domains collected through our Decision Support System, this research applies K-Means clustering with optimal cluster determination through silhouette analysis. The dataset comprises 20,790 data points providing robust foundation for unsupervised learning analysis.

International Journal of Advanced ResearchVol. 13(08)
Openalex Percentile: Top 64%
Data Mining and Machine Learning Applications
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