: Francesco C. Billari, Thomas Fent, Alexia Prskawetz, Jürgen Scheffran
: Agent-Based Computational Modelling Applications in Demography, Social, Economic and Environmental Sciences
: Physica-Verlag
: 9783790817218
: 1
: CHF 85.30
:
: Volkswirtschaft
: English
: 226
: Wasserzeichen/DRM
: PC/MAC/eReader/Tablet
: PDF
The present book describes the methodology to set up agent-based models and to study emerging patterns in complex adaptive systems resulting from multi-agent interaction. It offers the application of agent-based models in demography, social and economic sciences and environmental sciences. Examples include population dynamics, evolution of social norms, communication structures, patterns in eco-systems and socio-biology, natural resource management, spread of diseases and development processes. It presents and combines different approaches how to implement agent-based computational models and tools in an integrative manner that can be extended to other cases.
Preface7
Contents8
Agent-Based Computational Modelling: An Introduction10
1 Agent-Based Modelling: An Emerging Field in10
Complex Adaptive Systems10
2 From Rational Actors to Agent-Based Models11
3 Structure, Behaviour and Interaction of Agents12
4 From Micro to Macro: Modelling Population Processes14
from the Bottom-Up14
5 Population Dynamics from the Bottom-Up: ABCD17
6 Contributions of ABMs to Economic, Demographic18
and Ecological Analysis18
References23
Agent-Based Modelling – A Methodology for the Analysis of Qualitative Development Processes26
1 Introduction26
2 Qualitative Change in an Evolutionary Economics28
Perspective28
3 A Modelling Approach Allowing for Qualitative33
Change: Agent-Based Modelling33
4 An Illustrative Example: An Evolutionary Economics34
Model of Entrepreneurial Behaviour34
5 Conclusions40
References42
On the Analysis of Asymmetric Directed Communication Structures in Electronic Election Markets45
1 Introduction45
2 Hilbert Space, Hermitian Matrices, and Asymmetric46
Communication Streams46
3 Analyzing Market Structure and Behaviour in an50
Experimental Forecasting Market50
4 Summary64
Acknowledgement65
References65
The Role of Assortative Mating on Population Growth in Contemporary Developed Societies68
1 Introduction: Determinants of Fertility - Consequences68
and Possible Causes68
2 Microsimulation Modelling of Fertility and Nuptiality71
3 Results of Models under Alternative Assortative80
Mating Assumptions80
4 Conclusions86
Acknowledgements87
References88
An Agent-Based Simulation Model of Age-at-Marriage Norms92
1 Introduction92
2 Empirics94
3 The One–Sex Model96
4 The Extended Model97
5 Simulation Details104
6 Results107
7 Concluding Remarks121
References122
The Strength of Social Interactions and Obesity among Women124
1 Introduction124
2 Theoretical Framework131
3 Experiments136
4 Conclusion141
References142
Agent-Based Models in Ecology: Patterns and Alternative Theories of Adaptive Behaviour145
1 Introduction145
2 Pattern-Oriented Modelling146
3 Developing Theory of Adaptive Behaviour148
4 Examples150
5 Discussion156
References156
Agent-Based Modelling of Self-Organisation Processes to Support Adaptive Forest Management159
1 Introduction159
2 Socioeconomic Subsystem161
3 Forest Subsystem – Forest Succession Model168
4 Implementation of a First Version of the Forest Succession Model173
5 Conclusions and Outlook176
References177
Vampire Bats177
179177
1 Introduction179
2 The Model180
3 Simple Loop: Groups and the Evolution of Altruism183
4 Complex Loop: Spreading of Altruistic Behaviour190
5 Final Discussion199
References200
How Are Physical and Social Spaces Related? – Cognitive Agents as the Necessary Glue 201
1 Introduction201
2 Example 1 – The Schelling Model of Racial Segregation Extended with a Friendship Network and Fear204
3 Example 2 – Social In.uence and Domestic Water Demand213
4 Discussion218
5 Conclusion219
Acknowledgements219
References220
Agent Design for Agent-Based Modelling221
1 Introduction221
2 Speci.c and Generic Models222
3 Which Agents?222
4 What Level of Model Abstraction/Aggregation?223
5 What Agent Cognition and what Agent Architecture?224
6 Software Platforms225
7 Choosing the Agent Architectures225
8 An Example: Gerlach’s SPIN Organisations226
9 Using Agent-Based Modeling to Verify SPIN Adaptive Functionality227
10 SPINS and Terrorist Networks227
11 Conclusion228
References228
List of Contributors230