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physics.soc-ph2023
Machine learning-based prediction of Q-voter model in complex networks
Aruane M. Pineda, Paul Kent, Colm Connaughton +1
In this article, we consider machine learning algorithms to accurately predict two variables associated with the -voter model in complex networks, i.e., (i) the consensus time a…
physics.soc-ph2023
Cultural heterogeneity constrains diffusion of innovations
Aruane M. Pineda, Sandro M. Reia, Colm Connaughton +2
Rogers' diffusion of innovations theory asserts that cultural similarity among individuals plays a crucial role in the acceptance of an innovation in a community. However, most stu…
physics.soc-ph2022
Machine learning for the prediction of voter model opinions through complex network structures
Aruane M. Pineda, Caroline L. Alves, Colm Connaughton +1
The inference of outcomes in dynamic processes from structural features of systems is a crucial endeavor in network science. Recent research has suggested a machine learning-based…