Simulation for the Social Scientist

Couverture
McGraw-Hill Education (UK), 16 févr. 2005 - 312 pages
  • What can computer simulation contribute to the social sciences?
  • Which of the many approaches to simulation would be best for my social science project?
  • How do I design, carry out and analyse the results from a computer simulation?
Interest in social simulation has been growing rapidly worldwide as a result of increasingly powerful hardware and software and also a rising interest in the application of ideas of complexity, evolution, adaptation and chaos in the social sciences. Simulation for the Social Scientist is a practical textbook on the techniques of building computer simulations to assist understanding of social and economic issues and problems.

This authoritative book details all the common approaches to social simulation, to provide social scientists with an appreciation of the literature and allow those with some programming skills to create their own simulations.

New for this edition:

  • A new chapter on designing multi-agent systems, to support the fact that multi-agent modelling has become the most common approach to simulation
  • New examples and guides to current software
  • Updated throughout to take new approaches into account
The book is an essential tool for social scientists in a wide range of fields, particularly sociology, economics, anthropology, geography, organizational theory, political science, social policy, cognitive psychology and cognitive science. It will also appeal to computer scientists interested in distributed artificial intelligence, multi-agent systems and agent technologies.
 

Table des matières

Chapter 1 Simulation and social science
1
Chapter 2 Simulation as a method
15
Chapter 3 System dynamics and world models
28
Chapter 4 Microanalytical simulation models
57
Chapter 5 Queuing models
79
Chapter 6 Multilevel simulation models
100
Chapter 7 Cellular automata
130
Chapter 8 Multiagent models
172
Chapter 10 Learning and evolutionary models
217
Appendix A Web sites
256
Appendix B Linear stability analysis of the dovehawklawabider model
267
Appendix C Random number generators
272
References
275
Author index
287
Subject index
291
Back cover
296

Chapter 9 Developing multiagent systems
199

Autres éditions - Tout afficher

Expressions et termes fréquents

À propos de l'auteur (2005)

Nigel Gilbert. University of Surrey

Klaus G. Troitzsch. University Coblenza-Landau

Informations bibliographiques