Abstract is missing.
- Can (and Should) Automated Surrogate Modelling Be Used for Simulation Assistance?Veronika Kurchyna, Jan Ole Berndt, Ingo J. Timm. 3-15 [doi]
- Towards a Better Understanding of Agent-Based Airport Terminal Operations Using Surrogate ModelingBenjamin C. D. De Bosscher, Seyed Sahand Mohammadi Ziabari, Alexei Sharpanskykh. 16-29 [doi]
- Active Sensing for Epidemic State Estimation Using ABM-Guided Machine LearningSami Saliba, Faraz Dadgostari, Stefan Hoops, Henning S. Mortveit, Samarth Swarup. 30-45 [doi]
- Combining Constraint-Based and Imperative Programming in MABS for More Reliable ModellingBruce Edmonds, J. Gareth Polhill. 46-57 [doi]
- Multi-agent Financial Systems with RL: A Pension Ecosystem CaseFatih Ozhamaratli, Paolo Barucca. 58-79 [doi]
- Aspects of Modeling Human Behavior in Agent-Based Social Simulation - What Can We Learn from the COVID-19 Pandemic?Emil Johansson, Fabian Lorig, Paul Davidsson. 83-98 [doi]
- Learning Agent Goal Structures by EvolutionH. Van Dyke Parunak. 99-111 [doi]
- Dynamic Context-Sensitive DeliberationMaarten Jensen, Loïs Vanhée, Frank Dignum. 112-126 [doi]
- A Multi-agent Simulation Model Considering the Bounded Rationality of Market Participants: An Example of GENCOs Participation in the Electricity Spot MarketZhanhua Pan, Zhaoxia Jing, Tianyao Ji, Yuhui Song. 129-145 [doi]
- Modeling Cognitive Workload in Open-Source Communities via SimulationAlexey Tregubov, Jeremy Abramson, Christophe Hauser, Alefiya Hussain, Jim Blythe. 146-159 [doi]
- Multi-agent Simulation of Intelligent Energy Regulation in Vehicle-to-GridAliyu Tanko Ali, Tim Schrills, Andreas Schuldei, Leonard Stellbrink, André Calero Valdez, Martin Leucker, Thomas Franke. 160-172 [doi]