Simplicity, Complexity and Modelling
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Product details
- ISBN 9780470740026
- Weight: 499g
- Dimensions: 158 x 238mm
- Publication Date: 11 Nov 2011
- Publisher: John Wiley & Sons Inc
- Publication City/Country: US
- Product Form: Hardback
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Several points of disagreement exist between different modelling traditions as to whether complex models are always better than simpler models, as to how to combine results from different models and how to propagate model uncertainty into forecasts. This book represents the result of collaboration between scientists from many disciplines to show how these conflicts can be resolved.
Key Features:
- Introduces important concepts in modelling, outlining different traditions in the use of simple and complex modelling in statistics.
- Provides numerous case studies on complex modelling, such as climate change, flood risk and new drug development.
- Concentrates on varying models, including flood risk analysis models, the petrol industry forecasts and summarizes the evolution of water distribution systems.
- Written by experienced statisticians and engineers in order to facilitate communication between modellers in different disciplines.
- Provides a glossary giving terms commonly used in different modelling traditions.
This book provides a much-needed reference guide to approaching statistical modelling. Scientists involved with modelling complex systems in areas such as climate change, flood prediction and prevention, financial market modelling and systems engineering will benefit from this book. It will also be a useful source of modelling case histories.
Stephen Senn Professor of Statistics, Department of Statistics, University of Glasgow. Senior Professor and Editor of the Wiley Statistics in Practice Series. His research concerns statistics applied to drug development, a subject he has written many papers on.
Philip Dawid is a Professor in Statistics at Cambridge University. Researching fundamentally into the logical foundation of probability and statistics in terms of forecasting. He is currently an Editor of the journal Bayesian Analysis.
Mike Christie is Professor of Reservoir Engineering at Heriot-Way University. His research interests lie in accurate numerical modeling of fluid flow, in porous media primarily.
Andrew Cliffe Professor of Computational Applied Mathematics at the University of Nottingham. His research interests include fluid dynamics and nuclear waste disposal.
