This title provides a broad overview of the different types of models used in advanced spatial analysis. The models concern spatial organization, location factors and spatial interaction patterns from both static and dynamic perspectives. Each chapter gives a broad overview of the subject, covering both theoretical developments and practical applications. The advantages of an interdisciplinary approach are illustrated in the way that the viewpoint of each of the individual disciplines are brought together when considering questions relevant to spatial analysis. The authors of the chapters come from a range of different disciplines (geography, economy, hydrology, ecology, etc.) and are specialists in their field. They use a range of methods and modeling tools developed in mathematics, statistics, artificial intelligence and physics.
This title provides a broad overview of the different types of models used in advanced spatial analysis. The models concern spatial organization, location factors and spatial interaction patterns from both static and dynamic perspectives. Each chapter gives a broad overview of the subject, covering both theoretical developments and practical applications. The advantages of an interdisciplinary approach are illustrated in the way that the viewpoint of each of the individual disciplines are brought together when considering questions relevant to spatial analysis. The authors of the chapters come from a range of different disciplines (geography, economy, hydrology, ecology, etc.) and are specialists in their field. They use a range of methods and modeling tools developed in mathematics, statistics, artificial intelligence and physics.
Preface. Introduction. Chapter 1. Modeling concepts used in spatial analysis (Francois Durand-Dastes). Chapter 2. Geographical scales and multidimensional statistical methods (Helene Mathian and Marie Piron). Chapter 3. Location of public services: from theory to application (Dominique Peeters and Isabelle Thomas). Chapter 4. Time-geography: individuals in time and space (Sonia Chardonnel). Chapter 5. The process of spatial diffusion and modeling change (Therese Saint-Julien). Chapter 6. Spatial microsimulation models (Einar Holm and Lena Sanders). Chapter 7. Multi-agent simulations of spatial dynamics (Jean-Pierre Treuil, Christian Mullon, Edith Perrier and Marie Piron). Chapter 8. From image to model: remote sensing and urban modeling (Francoise Dureau and Christiane Weber). Chapter 9. Mathematical formalization for spatial interactions (Alain Franc). Chapter 10. Fractals and geography (Pierre Frankhauser and Denise Pumain). List of Authos. Index.
Lena Sanders is a senior scientist in geography at the CNRS (Centre National de la Recherche Scientifique), France, specializing in urban geography, spatial analysis and dynamic modeling. She is Director of Geographie-cites, a research laboratory of CNRS-University Paris 1-University Paris 7, France.
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