Expansion and Exploration of the Superdiffuser Model With Agent-Based Modeling

The superdiffuser model predicts that the diffusion of a new behavior can be accelerated if superdiffusers (people who are connectors, persuaders, and mavens) are recruited to promote the behavior. We propose an expanded model where the importance of these traits varies by network structure and other network member characteristics. We assessed the plausibility of these proposed moderators using a simulation of an agent-based model in which each moderator was varied along with the superdiffuser traits of those initially seeded with the behavior. Analysis of the results of those simulations showed support for many, but not all, of the predictions as well as several surprising results that are suggestive for future empirical research.

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Publication Details

Journal
Communication Research
Published
2024-10-22
DOI
https://doi.org/10.1177/00936502241285574
Primary Topic
Complex Network Analysis Techniques
Type
article
Field-Weighted Citation Impact
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article

Expansion and Exploration of the Superdiffuser Model With Agent-Based Modeling

Reed M. Reynolds, Shannon M. Cruz, Christopher J. Carpenter
Communication Research
Complex Network Analysis Techniques
article

Expansion and Exploration of the Superdiffuser Model With Agent-Based Modeling

Reed M. Reynolds, Shannon M. Cruz, Christopher J. Carpenter
article en

Abstract

The superdiffuser model predicts that the diffusion of a new behavior can be accelerated if superdiffusers (people who are connectors, persuaders, and mavens) are recruited to promote the behavior. We propose an expanded model where the importance of these traits varies by network structure and other network member characteristics. We assessed the plausibility of these proposed moderators using a simulation of an agent-based model in which each moderator was varied along with the superdiffuser traits of those initially seeded with the behavior. Analysis of the results of those simulations showed support for many, but not all, of the predictions as well as several surprising results that are suggestive for future empirical research.

Communication Research
Western Illinois University (US), Pennsylvania State University (US), University of Massachusetts Boston (US)
Openalex Percentile: Top 83%
Complex Network Analysis Techniques
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