Network analysis has typically examined the formation of whole networks while neglecting variation within or across networks. Actors within networks often adopt particular roles. While cross-sectional approaches for inferring latent roles exist, there is a paucity of approaches for considering roles in longitudinal networks. This paper explores the conceptual dynamics of temporally observed roles while deriving and introducing a novel statistical tool, the ego-TERGM, capable of uncovering these latent dynamics. Estimated through an Expectation-Maximization algorithm, the ego-TERGM is quick and accurate in classifying roles within a broader temporal network. An application to the Kapferer strike network illustrates the model's utility
Social networks as a representation of relational data, often possess multiple types of dependency s...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
This article introduces a novel and flexible framework for investigating the roles of actors within ...
<div><p>This article introduces a novel and flexible framework for investigating the roles of actors...
Longitudinal network data recording the moment at which ties appear, change, or disappear are increa...
This article introduces a novel and flexible framework for investigating the roles of actors within ...
To understand the structural dynamics of a large-scale so-cial, biological or technological network,...
Longitudinal social network studies may easily suffer from a lack of statistical power. This is the ...
To understand the structural dynamics of a large-scale so-cial, biological or technological network,...
Longitudinal social network studies can easily suffer from insufficient statistical power. Studies t...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
Social networks as a representation of relational data, often possess multiple types of dependency s...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
This article introduces a novel and flexible framework for investigating the roles of actors within ...
<div><p>This article introduces a novel and flexible framework for investigating the roles of actors...
Longitudinal network data recording the moment at which ties appear, change, or disappear are increa...
This article introduces a novel and flexible framework for investigating the roles of actors within ...
To understand the structural dynamics of a large-scale so-cial, biological or technological network,...
Longitudinal social network studies may easily suffer from a lack of statistical power. This is the ...
To understand the structural dynamics of a large-scale so-cial, biological or technological network,...
Longitudinal social network studies can easily suffer from insufficient statistical power. Studies t...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
Social networks as a representation of relational data, often possess multiple types of dependency s...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...
International audienceWe introduce a mixed-effects model to learn spatiotempo-ral patterns on a netw...