Publication: Interdependencies in conflict dynamics: analyzing endogenous patterns in conflict event data using relational event models
Interdependencies in conflict dynamics: analyzing endogenous patterns in conflict event data using relational event models
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Brandenberger, L. (2020). Interdependencies in conflict dynamics: analyzing endogenous patterns in conflict event data using relational event models. In E. Deutschmann, J. Lorenz, L. G. Nardin, D. Natalini, & A. F. X. Wilhelm (Eds.), Computational conflict research (pp. 67–80). Springer Cham. https://doi.org/10.1007/978-3-030-29333-8_4
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Relational event models are a powerful tool to examine how conflicts arise or manifest through human interactions and how they evolve over time. Building on event history analysis, these models combine network dependencies with temporal dynamics and allow for the analysis of group formation patterns— such as alliance or coalition formation processes—influencing dynamics or social learning. The added information on both the timing (and order) of social interactions as well as the context in which social interactions take place (i.e., t
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9783030293338
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Citations
Brandenberger, L. (2020). Interdependencies in conflict dynamics: analyzing endogenous patterns in conflict event data using relational event models. In E. Deutschmann, J. Lorenz, L. G. Nardin, D. Natalini, & A. F. X. Wilhelm (Eds.), Computational conflict research (pp. 67–80). Springer Cham. https://doi.org/10.1007/978-3-030-29333-8_4