:   .., ..
:  
:  120
:  
:  2026
:   .., .. // . - 2026. - . 120. - .228-246.
:   , , , ,
(.):  multiplex networks, temporal networks, communities, Louvain algorithm, modularity
:   . . , OpenAlex. Python . , . ABACUS Flattening. Smoothed Graph, Iterative Match Smoothed Louvain, . : , , . .
(.):  The aim of this work is a comprehensive analysis and practical adaptation of the existing Louvain algorithm for detecting communities in multiplex and temporal scientific networks. The research systematized key concepts and reviewed contemporary methods for clustering network structures. Extensive data on authors, publications, and research topics was collected from the OpenAlex open bibliometric platform for conducting experiments. Using Python programming tools, these data were transformed and prepared for constructing specialized network models. The key result of the work was the application of modifications of the Louvain algorithm designed for multiplex and temporal networks. In the multiplex network, the developed modified Louvain algorithm was compared with the ABACUS and Flattening algorithms. For clustering temporal networks, the Smoothed Graph, Iterative Match, and Smoothed Louvain algorithmsall based on the classical Louvain algorithm were reviewed and tested. The adapted algorithms demonstrated high performance in the following metrics: modularity, normalized mutual information, and the Jaccard coefficient. This confirms the effectiveness of the modified methods and their potential for use as foundational tools in future research.

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