NetLogo

NetLogo, a Multi-agent Simulation Environment. NetLogo [Wilensky, 1999] is a multi-agent programming language and modeling environment for simulating complex phenomena. It is designed for both research and education and is used across a wide range of disciplines and education levels. In this paper we focus on NetLogo as a tool for research and for teaching at the undergraduate level and higher. We outline the principles behind our design and describe recent and planned enhancements


References in zbMATH (referenced in 110 articles )

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  1. Chathika Gunaratne, Ivan Garibay: NL4Py: Agent-based modeling in Python with parallelizable NetLogo workspaces (2021) not zbMATH
  2. Goy, Natascha; Glaser, Simone M.; Grüter, Christoph: The adaptive value of tandem communication in ants: insights from an agent-based model (2021)
  3. Imirzian, Natalie; Hughes, David P.: An agent-based model shows zombie ants exhibit search behavior (2021)
  4. Levy, Benjamin; Windoloski, Kristen; Ludlam, John: Matrix and agent-based modeling of threats to a diamond-backed Terrapin population (2021)
  5. Li, Dongdong; Li, Chunfa; Gu, Runde: Evolutionary game analysis of promoting industrial Internet platforms to empower manufacturing SMEs through value cocreation cooperation (2021)
  6. Singh, Sonza; France, Anne Marie; Chen, Yao-Hsuan; Farnham, Paul G.; Oster, Alexandra M.; Gopalappa, Chaitra: Progression and transmission of HIV (PATH 4.0) -- a new agent-based evolving network simulation for modeling HIV transmission clusters (2021)
  7. Stummer, Christian; Kiesling, Elmar: An agent-based market simulation for enriching innovation management education (2021)
  8. Alamino, R. C.: An agent-based lattice model for the emergence of anti-microbial resistance (2020)
  9. Bañuelos, Selenne; Bush, Mathew; Martinez, Marco V.; Prieto-Langarica, Alicia: Undergraduate research in mathematical epidemiology (2020)
  10. Jani, Arpan: An extension of Schelling’s segregation model: modeling the impact of individuals’ intolerance in the presence of resource scarcity (2020)
  11. Kopp, Thomas; Salecker, Jan: How traders influence their neighbours: modelling social evolutionary processes and peer effects in agricultural trade networks (2020)
  12. Lenhart, Suzanne; Tang, Xiao; Xiong, Jie; Yong, Jiong-min: Controlled stochastic partial differential equations for rabbits on a grassland (2020)
  13. Lukas Riedel; Benjamin Herdeanu; Harald Mack; Yunus Sevinchan; Julian Weninger: Utopia: A Comprehensive and Collaborative Modeling Framework for Complex and Evolving Systems (2020) not zbMATH
  14. Oldham, Matthew: Quantifying the concerns of Dimon and Buffett with data and computation (2020)
  15. Rigato, Emanuele; Fusco, Giuseppe: A heuristic model of the effects of phenotypic robustness in adaptive evolution (2020)
  16. Ali R. Vahdati: Agents.jl: agent-based modeling framework in Julia (2019) not zbMATH
  17. Arroyo-Esquivel, Jorge; Sanchez, Fabio; Barboza, Luis A.: Infection model for analyzing biological control of coffee rust using bacterial anti-fungal compounds (2019)
  18. Brailsford, Sally C.; Eldabi, Tillal; Kunc, Martin; Mustafee, Navonil; Osorio, Andres F.: Hybrid simulation modelling in operational research: a state-of-the-art review (2019)
  19. Herrera-Restrepo, Oscar; Triantis, Konstantinos: Enterprise design through complex adaptive systems and efficiency measurement (2019)
  20. Izquierdo, Luis R.; Izquierdo, Segismundo S.; Sandholm, William H.: An introduction to \textitABED: agent-based simulation of evolutionary game dynamics (2019)

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Further publications can be found at: https://ccl.northwestern.edu/netlogo/references.shtml