Agent-Based Modelling for Criminological Theory Testing and Development
Agent-Based Modelling for Criminological Theory Testing and Development addresses the question whether and how we can use simulation methods in order to test criminological theories, and if they fail to be corroborated, how we can use simulation to mend and further develop theories.

It is by no means immediately obvious how results being observed in an artificial environment have any relevance for what is going on in the real world. By using the concept of a "stylized fact," the contributors bridge the gap between artificial and real world. With backgrounds in criminology or artificial intelligence (AI), these contributors present agent-based model studies that test aspects of various theories, including crime pattern theory, guardianship in action theory, near repeat theory, routine activity theory, and general deterrence theory. All six simulation models presented have been specially developed for the book. Contributors have specified the theory, identified stylized facts, developed an agent-based simulation model, let it run, and interpreted whether the chosen stylized fact is occurring in their model, and what we should conclude from congruence or incongruence between simulation and expectations based on the theory under scrutiny. The final chapter discusses what can be learnt from these six enterprises.

The book will be of great interest to scholars of criminology (in particular computational criminologists and theoretical criminologists) and AI (with an emphasis on AI for generative social processes), and more widely researchers in social science in general. It will also be valuable for master's courses in quantitative criminology.

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Agent-Based Modelling for Criminological Theory Testing and Development
Agent-Based Modelling for Criminological Theory Testing and Development addresses the question whether and how we can use simulation methods in order to test criminological theories, and if they fail to be corroborated, how we can use simulation to mend and further develop theories.

It is by no means immediately obvious how results being observed in an artificial environment have any relevance for what is going on in the real world. By using the concept of a "stylized fact," the contributors bridge the gap between artificial and real world. With backgrounds in criminology or artificial intelligence (AI), these contributors present agent-based model studies that test aspects of various theories, including crime pattern theory, guardianship in action theory, near repeat theory, routine activity theory, and general deterrence theory. All six simulation models presented have been specially developed for the book. Contributors have specified the theory, identified stylized facts, developed an agent-based simulation model, let it run, and interpreted whether the chosen stylized fact is occurring in their model, and what we should conclude from congruence or incongruence between simulation and expectations based on the theory under scrutiny. The final chapter discusses what can be learnt from these six enterprises.

The book will be of great interest to scholars of criminology (in particular computational criminologists and theoretical criminologists) and AI (with an emphasis on AI for generative social processes), and more widely researchers in social science in general. It will also be valuable for master's courses in quantitative criminology.

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Agent-Based Modelling for Criminological Theory Testing and Development

Agent-Based Modelling for Criminological Theory Testing and Development

Agent-Based Modelling for Criminological Theory Testing and Development
Agent-Based Modelling for Criminological Theory Testing and Development

Agent-Based Modelling for Criminological Theory Testing and Development

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Overview

Agent-Based Modelling for Criminological Theory Testing and Development addresses the question whether and how we can use simulation methods in order to test criminological theories, and if they fail to be corroborated, how we can use simulation to mend and further develop theories.

It is by no means immediately obvious how results being observed in an artificial environment have any relevance for what is going on in the real world. By using the concept of a "stylized fact," the contributors bridge the gap between artificial and real world. With backgrounds in criminology or artificial intelligence (AI), these contributors present agent-based model studies that test aspects of various theories, including crime pattern theory, guardianship in action theory, near repeat theory, routine activity theory, and general deterrence theory. All six simulation models presented have been specially developed for the book. Contributors have specified the theory, identified stylized facts, developed an agent-based simulation model, let it run, and interpreted whether the chosen stylized fact is occurring in their model, and what we should conclude from congruence or incongruence between simulation and expectations based on the theory under scrutiny. The final chapter discusses what can be learnt from these six enterprises.

The book will be of great interest to scholars of criminology (in particular computational criminologists and theoretical criminologists) and AI (with an emphasis on AI for generative social processes), and more widely researchers in social science in general. It will also be valuable for master's courses in quantitative criminology.


Product Details

ISBN-13: 9780367228521
Publisher: Taylor & Francis
Publication date: 11/30/2020
Series: Crime Science Series
Pages: 210
Product dimensions: 6.12(w) x 9.19(h) x (d)

About the Author

Charlotte Gerritsen is an assistant professor at VU University Amsterdam, Department of Computer Science.

Henk Elffers is a senior researcher at the Netherlands Institute for the Study of Crime and Law Enforcement (NSCR) Amsterdam, and professor emeritus at the Department of Criminal Law and Criminology, VU University Amsterdam.

Table of Contents

1 Agent-Based Modelling for Criminological Theory Testing and Development

Charlotte Gerritsen and Henk Elffers

2 Generating crime generators

Toby Davies and Dan Birks

3 Using Agent-Based Models to Investigate the Presence of Edge Effects Around Crime Generators and Attractors

Verity Tether, Nick Malleson, Wouter Steenbeek and Daniel Birks

4 Examining guardianship against theft

Elizabeth R. Groff and Jennifer Badham

5 A Simulation Study into the Generation of Near Repeat Victimizations

Wouter Steenbeek and Henk Elffers

6 Creating a temporal pattern for street robberies using ABM and data from a small city in South East Brazil

Eric Araújo and Charlotte Gerritsen

7 Corruption and the Shadow of the Future: A Generalization of an ABM with Repeated Interactions

Nick Van Doormaal, Stijn Ruiter and Andrew M. Lemieux

8 Agent based modelling for testing and developing theories: what did we learn?

Henk Elffers, Charlotte Gerritsen and Daniel Birks

Index

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