This instructional bookshowcases techniques to parameterise
human agents in empirical agent-based models(ABM). In doing so, it
provides a timely overview of key ABM methodologies and the most
innovative approaches through a variety of empirical applications.
It features cutting-edge research from leading academics and
practitioners, and will provide a guide for characterising and
parameterising human agents in empirical ABM.In order to facilitate
learning, this text shares the valuable experiences of other
modellers in particular modelling situations. Very little has been
published in the area of empirical ABM, and this contributed volume
will appeal to graduate-level students and researchers studying
simulation modeling in economics, sociology, ecology, and
trans-disciplinary studies, such as topics related to
sustainability. In a similar vein to the instruction found in a
cookbook, this text provides the empirical modeller with a set of
'recipes' ready to be implemented.
Agent-based modeling (ABM) is a powerful, simulation-modeling
technique that has seen a dramatic increase in real-world
applications in recent years. In ABM, a system is modeled as a
collection of autonomous decision-making entities called agents.
Each agent individually assesses its situation and makes decisions
on the basis of a set of rules. Agents may execute various
behaviors appropriate for the system they represent for example,
producing, consuming, or selling. ABM is increasingly used for
simulating real-world systems, such as natural resource use,
transportation, public health, and conflict.Decision makers
increasingly demand support that covers a multitude of indicators
that can be effectively addressed using ABM. This is especially the
case in situations where human behavior is identified as a critical
element. As a result, ABM will only continue its rapid growth.
This is the first volume in a series of books that aims to
contribute to a cultural change in the community of empirical
agent-based modelling. This series will bring together
representational experiences and solutions in empirical agent-based
modelling. Creating a platform to exchange such experiences allows
comparison of solutions and facilitates learning in the empirical
agent-based modelling community. Ultimately, the community requires
such exchange and learning to test approaches and, thereby, to
develop a robust set of techniques within the domain of empirical
agent-based modelling. Based on robust and defendable methods,
agent-based modelling will become a critical tool for research
agencies, decision making and decision supporting agencies, and
funding agencies. This series will contribute to more robust and
defendable empirical agent-based modelling."
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