Graphs and Networks: Multilevel Modeling (Geographical Information Systems) - Hardcover

 
9781905209088: Graphs and Networks: Multilevel Modeling (Geographical Information Systems)

Synopsis

This book concerns the use of graphs for the simulation and representation of transport networks.

Its aim is to cover networks in both spatial analysis and urban management, together with the simulation by graph theory, a tool that makes it possible to solve various classic problems such as high-speed roads between one or more origins and destinations, the capacity of a network, etc. It will also be possible to apply these results to other applications such as personal networks and communications networks, making this book a useful reference tool for those involved in this area.

"synopsis" may belong to another edition of this title.

About the Author

Philippe Mathis, EPHE, teaches at the University of Tours, France. He is also Director of the CESA where he has created and headed a research laboratory. He has been commissioned for numerous studies in the planning field at local and regional levels as well as by the French Ministry of Equipment.

From the Back Cover

This book concerns the use of graphs for the simulation and representation of transport networks.

Its aim is to cover networks in both spatial analysis and urban management, together with the simulation by graph theory, a tool that makes it possible to solve various classic problems such as high-speed roads between one or more origins and destinations, the capacity of a network, etc. It will also be possible to apply these results to other applications such as personal networks and communications networks, making this book a useful reference tool for those involved in this area.

From the Inside Flap

This book concerns the use of graphs for the simulation and representation of transport networks.

Its aim is to cover networks in both spatial analysis and urban management, together with the simulation by graph theory, a tool that makes it possible to solve various classic problems such as high-speed roads between one or more origins and destinations, the capacity of a network, etc. It will also be possible to apply these results to other applications such as personal networks and communications networks, making this book a useful reference tool for those involved in this area.

"About this title" may belong to another edition of this title.