CSS at University of Stuttgart
@s7css.bsky.social
Computational Social Science at the University of Stuttgart | https://www.sowi.uni-stuttgart.de/en/departments/css/
Reposted by CSS at University of Stuttgart
We thank @s7css.bsky.social for the opportunity to present our work as well as @emilienschultz.bsky.social for his support on this project.
March 31, 2025 at 1:16 PM
We thank @s7css.bsky.social for the opportunity to present our work as well as @emilienschultz.bsky.social for his support on this project.
The pleasure was ours!
November 14, 2024 at 11:44 AM
The pleasure was ours!
With customizable contact layers, it offers flexibility and control for building realistic interaction structures.
Perfect for anyone working with #AgentBasedModeling in Python!
Learn more & try it out here: mariuzka.github.io/pop2net/
#NetworkModeling #ResearchSoftware (3/3)
Perfect for anyone working with #AgentBasedModeling in Python!
Learn more & try it out here: mariuzka.github.io/pop2net/
#NetworkModeling #ResearchSoftware (3/3)
Welcome to Pop2net’s documentation! — pop2net 0.1.0 documentation
mariuzka.github.io
September 26, 2024 at 1:28 PM
With customizable contact layers, it offers flexibility and control for building realistic interaction structures.
Perfect for anyone working with #AgentBasedModeling in Python!
Learn more & try it out here: mariuzka.github.io/pop2net/
#NetworkModeling #ResearchSoftware (3/3)
Perfect for anyone working with #AgentBasedModeling in Python!
Learn more & try it out here: mariuzka.github.io/pop2net/
#NetworkModeling #ResearchSoftware (3/3)
Pop2net is designed to help researchers easily generate network models for agent-based simulations—filling the gap between unavailable empirical data and overly abstract models. (2/3)
Welcome to Pop2net’s documentation! — pop2net 0.1.0 documentation
mariuzka.github.io
September 26, 2024 at 1:27 PM
Pop2net is designed to help researchers easily generate network models for agent-based simulations—filling the gap between unavailable empirical data and overly abstract models. (2/3)