Evolving Cities
Geocomputation in Territorial Planning
Herausgeber: Diappi, Lidia
Evolving Cities
Geocomputation in Territorial Planning
Herausgeber: Diappi, Lidia
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Bringing together the leading researchers into 'geocomputation', this edited volume provides an up-to-date overview of the development of new artificial intelligence principles and technologies used for the analysis, development and evaluation of urban planning policies and programmes.
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Bringing together the leading researchers into 'geocomputation', this edited volume provides an up-to-date overview of the development of new artificial intelligence principles and technologies used for the analysis, development and evaluation of urban planning policies and programmes.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 248
- Erscheinungstermin: 27. Februar 2017
- Englisch
- Abmessung: 234mm x 156mm x 13mm
- Gewicht: 354g
- ISBN-13: 9781138266605
- ISBN-10: 1138266604
- Artikelnr.: 48093212
- Verlag: Taylor & Francis Ltd (Sales)
- Seitenzahl: 248
- Erscheinungstermin: 27. Februar 2017
- Englisch
- Abmessung: 234mm x 156mm x 13mm
- Gewicht: 354g
- ISBN-13: 9781138266605
- ISBN-10: 1138266604
- Artikelnr.: 48093212
Lidia Diappi is a Professor in the Department of Architecture and Planning at the Polytechnic of Milan, Italy.
Contents: Introduction, Lidia Diappi. The Spatial Investigation
Capabilities of Neural Networks: Neural classifiers for land cover
recognition: merging radiometric and ancillary information, Silvio
Griguolo; Spatial interaction modelling: neural network methods and global
optimization, Manfred Fischer and Katerina Hlavackova-Schindler; Complexity
in sustainability: an investigation of the Italian urban system through
self reflexive neural networks, Lidia Diappi, Massimo Buscema and Michela
Ottanà . Land Use Dynamics Through Artificial Intelligence Tools: Knowledge
discovery and data mining to investigate urban and territorial evolution:
tools and methodologies, Francesco Bonchi, Silvana Lombardo and Serena
Pecori; Learning about land use change in Rome and Pisa urban areas,
Francesco Bonchi, Silvana Lombardo, Serena Pecori and Alessandro Santucci;
The identification and simulation of the urban spatio-temporal dynamic: the
case study of Rome, Ferdinando Semboloni; Appendix: an overview of the SSI
handbook, Robert Gianassi; Land use dynamics: a stochastic forecasting
model based on SOM neural nets knowledge, Lidia Diappi and Paola Bolchi.
Multi Agent Systems: Interactions Among Actors and Their Behaviours: Multi
agent simulations for traffic in regional planning, Kai Nagel and Bryan
Raney; Traffic-related air pollution in an urban environment: a KBDSS for
improving the decisional context, Emilia Conte and Grazia Concilio; The
chaotic nature of urban neighbourhood evolution, Chris Webster; Index.
Capabilities of Neural Networks: Neural classifiers for land cover
recognition: merging radiometric and ancillary information, Silvio
Griguolo; Spatial interaction modelling: neural network methods and global
optimization, Manfred Fischer and Katerina Hlavackova-Schindler; Complexity
in sustainability: an investigation of the Italian urban system through
self reflexive neural networks, Lidia Diappi, Massimo Buscema and Michela
Ottanà . Land Use Dynamics Through Artificial Intelligence Tools: Knowledge
discovery and data mining to investigate urban and territorial evolution:
tools and methodologies, Francesco Bonchi, Silvana Lombardo and Serena
Pecori; Learning about land use change in Rome and Pisa urban areas,
Francesco Bonchi, Silvana Lombardo, Serena Pecori and Alessandro Santucci;
The identification and simulation of the urban spatio-temporal dynamic: the
case study of Rome, Ferdinando Semboloni; Appendix: an overview of the SSI
handbook, Robert Gianassi; Land use dynamics: a stochastic forecasting
model based on SOM neural nets knowledge, Lidia Diappi and Paola Bolchi.
Multi Agent Systems: Interactions Among Actors and Their Behaviours: Multi
agent simulations for traffic in regional planning, Kai Nagel and Bryan
Raney; Traffic-related air pollution in an urban environment: a KBDSS for
improving the decisional context, Emilia Conte and Grazia Concilio; The
chaotic nature of urban neighbourhood evolution, Chris Webster; Index.
Contents: Introduction, Lidia Diappi. The Spatial Investigation
Capabilities of Neural Networks: Neural classifiers for land cover
recognition: merging radiometric and ancillary information, Silvio
Griguolo; Spatial interaction modelling: neural network methods and global
optimization, Manfred Fischer and Katerina Hlavackova-Schindler; Complexity
in sustainability: an investigation of the Italian urban system through
self reflexive neural networks, Lidia Diappi, Massimo Buscema and Michela
Ottanà . Land Use Dynamics Through Artificial Intelligence Tools: Knowledge
discovery and data mining to investigate urban and territorial evolution:
tools and methodologies, Francesco Bonchi, Silvana Lombardo and Serena
Pecori; Learning about land use change in Rome and Pisa urban areas,
Francesco Bonchi, Silvana Lombardo, Serena Pecori and Alessandro Santucci;
The identification and simulation of the urban spatio-temporal dynamic: the
case study of Rome, Ferdinando Semboloni; Appendix: an overview of the SSI
handbook, Robert Gianassi; Land use dynamics: a stochastic forecasting
model based on SOM neural nets knowledge, Lidia Diappi and Paola Bolchi.
Multi Agent Systems: Interactions Among Actors and Their Behaviours: Multi
agent simulations for traffic in regional planning, Kai Nagel and Bryan
Raney; Traffic-related air pollution in an urban environment: a KBDSS for
improving the decisional context, Emilia Conte and Grazia Concilio; The
chaotic nature of urban neighbourhood evolution, Chris Webster; Index.
Capabilities of Neural Networks: Neural classifiers for land cover
recognition: merging radiometric and ancillary information, Silvio
Griguolo; Spatial interaction modelling: neural network methods and global
optimization, Manfred Fischer and Katerina Hlavackova-Schindler; Complexity
in sustainability: an investigation of the Italian urban system through
self reflexive neural networks, Lidia Diappi, Massimo Buscema and Michela
Ottanà . Land Use Dynamics Through Artificial Intelligence Tools: Knowledge
discovery and data mining to investigate urban and territorial evolution:
tools and methodologies, Francesco Bonchi, Silvana Lombardo and Serena
Pecori; Learning about land use change in Rome and Pisa urban areas,
Francesco Bonchi, Silvana Lombardo, Serena Pecori and Alessandro Santucci;
The identification and simulation of the urban spatio-temporal dynamic: the
case study of Rome, Ferdinando Semboloni; Appendix: an overview of the SSI
handbook, Robert Gianassi; Land use dynamics: a stochastic forecasting
model based on SOM neural nets knowledge, Lidia Diappi and Paola Bolchi.
Multi Agent Systems: Interactions Among Actors and Their Behaviours: Multi
agent simulations for traffic in regional planning, Kai Nagel and Bryan
Raney; Traffic-related air pollution in an urban environment: a KBDSS for
improving the decisional context, Emilia Conte and Grazia Concilio; The
chaotic nature of urban neighbourhood evolution, Chris Webster; Index.