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EB

EB

ONLINE

Cham : Springer International Publishing : Imprint: Springer, 2017

1 online zdroj

ISBN 978-3-319-47361-1 (e-kniha)

ISBN 9783319473604 (print)

Springer Tracts in Civil Engineering, ISSN 2366-259X

Part I: Smart city: definitions, policies, tools -- Chapter 1: General overview -- Chapter 2: Experiencing the smart city concept: the challenge of intelligent districts -- Part II: Smart City Atlas -- Chapter 3: Smart cities: case studies -- Part III: Approaches to the smart city concept: economy, technology, people -- Chapter 4: For a “living (lab)” approach to smart cities -- Chapter 5: Civic Crowd Funding: sharing economy financial opportunity to smart cities -- Chapter 6: Smart Community Infrastructures -- Chapter 7: The role of sharing practices and dematerialized services in smart cities -- Chapter 8: The role of technology in participative processes -- Chapter 9: Sustainable regeneration of brownfields -- Chapter 10: Shared administration for smart cities -- Chapter 11: A holistic vision of Smart cities: an opportunity for a big change -- Chapter 12: A theological perspective towards smart communities.

The book discusses the concept of the smart city, and is based on a multi-service and multi-sectoral approach to urban planning, including various urban functions and the human capital of cities. The work is divided into three parts. The first is an introductory section which covers definitions, policies and tools used at European level for the development and classification of a smart city. The second presents a selection of examples of Western and Eastern communities, which experienced technologies and strategies that have made them smart. The third describes in detail the main three possible approaches (economical, technological and social) to the smart city concept which are the focus ambits of the holistic concept of smart city. The work provides a good overview of the concept of smart city, and also offers a critical analysis of the various approaches to smart cities, in order to provide tools to develop solutions that address the smart development of cities with an approach as multi-sectoral as possible. Its accessible language and several examples make the book easy to read and appealing to public administrators, students, planners and researchers..

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Part I Smart City: Definitions, Policies, Tools // 1 General Overview 3 - Eleonora Riva Sanseverino, Raffaella Riva Sanseverino and Valentina Vaccaro // 1.1 Global Environmental Policies 3 // 1.2 European Environmental Policies 6 // 1.3 About the Classification of Smart Cities and Smartness // Indicators 11 // 1.3.1 A New Proposal for the Ranking of Cities 16 // References 20 // 2 Experiencing the Smart City Concept: The Challenge of Intelligent Districts 23 - Raffaella Riva Sanseverino // 2.1 Smart City Concept 23 // 2.2 Mapping Smart Cities 27 // 2.3 Successful Smart Cities Initiatives 28 // 2.4 Horizon 2020: The Strategic Pillars 31 // 2.4.1 European Smart Cities Projects Funded in 2014/2015: // Smart District in European Competitive Project 32 // 2.4.2 Intelligent Districts in Southern Italy: The Operative National Plan Research and Competitiveness Smart // Cities and Communities 38 // 2.4.3 The National Technological Cluster “Technologies // for Smart Communities” 38 // 2.5 The PON Metro and the Palermo South Coast Intelligent // District 40 // 2.6 Intelligent Districts: Two Different Patterns 42 // References 43 // Part II Smart City Atlas // 3 Smart Cities: Case Studies 47 - Eleonora Riva Sanseverino, Raffaella Riva Sanseverino, Valentina Vaccaro, Ina Macaione and Enrico Anello // 3.1 Middle East Cities 48 // 3.1.1 Masdar City 48 // 3.2 North-European Cities 54 // 3.2.1 Amsterdam 54 // 3.2.2 Stockholm 66 // 3.2.3 Freiburg . 73 // 3.3 Mediterranean Cities 76 // 3.3.1 Bologna 77 // 3.3.2 Torino 84 // 3.3.3 Milano 97 // 3.4 Asia 109 // 3.4.1 A Smart City Horizon in China 109 // 3.4.2 South Korea and Songdo City 122 // 3.4.3 India 125 // 3.4.4 Singapore 129 // References 156 // Part III Approaches to the Smart City Concept: Economy, Technology, People // 4 For a “Living (Lab)” Approach to Smart Cities 143 - Luciano De Bonis and Ferdinando Trapani //

4.1 Co-creativity, Cities, Territories, Institutions: The Roles of Living Labs 144 // 4.2 Some (Further) Steps Towards a Research Framework for a Living Lab Approach to the Smart City 150 // References 155 // 5 Civic CrowdFunding: Sharing Economy Financial Opportunity to Smart Cities 159 - Angelo Miglietta and Emanuele Parisi // 5.1 Introduction 159 // 5.2 CrowdFunding: Origins and Development of an Innovative Financial Approach 160 // 5.3 Civic CrowdFunding: Origins and Advancements 163 // 5.4 CrowdFunding for Citizen’s Ventures and Effect on Local Governments 165 // 5.5 Financial Aspects of Civic CrowdFunding Implementation 167 // 5.6 Cultural Aspects of Civic CrowdFunding Implementation 169 // 5.7 Conclusions 170 // References 171 // 6 Smart Community Infrastructures 173 - Eleonora Riva Sanseverino and Valentina Vaccaro // 6.1 Introduction 173 // 6.2 Pre-existing Cities: The Integrated Planning Through Infrastructural Layers 176 // 6.3 Newly Built Cities: The Planning Approach Based on Layers 178 // 6.4 Multi-carrier Energy Hubs and Urban Districts 180 // References 185 // 7 The Role of Sharing Practices and Dematerialized Services in Smart Cities 187 - Eleonora Riva Sanseverino, Raffaella Riva Sanseverino and Valentina Vaccaro // 7.1 Dematerialized Economy and City of Services 187 // 7.2 Communication and Sharing in Smart Cities 191 // 7.3 Mobile Apps and Citizens as “Enabling Tools” for Dematerialized Services 193 // 7.4 The New Frontiers of Urban Sharing: Sharing Mobility and Energy Services 198 // References 205 // 8 The Role of Technology in Participative Processes 207 - Eleonora Riva Sanseverino // 8.1 Introduction 207 // 8.2 Technologies for the Production of Electrical Energy // and Heat from Solar Source 210 // 8.3 Cogeneration and Micro-cogeneration 214 // 8.4 District Heating/Cooling and Urban Heating/Cooling Systems 217 //

8.5 Small Wind and Micro Wind Generators 218 // 8.6 Geothermal Energy 219 // 8.7 Technologies for Sustainable Mobility in Cities 220 // 8.8 Technologies for Human-Machine Interactions in Cities 223 // 8.9 Polyfunction al Infrastructures 224 // 8.10 Internet of Things for Smart Cities 225 // 8.11 Spin-Off and Start-Up as Tools to Promote the Smart City // Growth 228 // References 231 // 9 Sustainable Regeneration of Brownfields 233 - Silvia Pennisi // 9.1 The Different Matters and Complexity of a Sustainable Regeneration into the Cities 233 // 9.2 The Brownfields: Characteristics and Potential 235 // 9.3 Strategies for a Sustainable Regeneration in Europe 236 // 9.4 Guidelines for a Reuse of Abandoned Industrial Areas in the Euromediterranean Region 238 // References 241 // 10 Shared Administration for Smart Cities 243 - Daniela Ciaffi and Emanuela Saporito // 10.1 Introduction: Shared Administration Between Smart Cities and Communities 243 // 10.2 A Recent Innovation of Italian Administrative Law: The Local Regulation on Collaboration Between Citizens and the Municipality to Care, Regenerate, Reuse and Manage Urban and Spatial Commons 244 // 10.3 Crossing the Public, Private and Third Sector Energies Through Pacts 245 // 10.4 High and Low Level of Collaboration and Smartness 246 // 10.5 What’s Going on in the Italian Pilot Cities and What Could Happen in a Smart Perspective 247 // References 248 // 11 A Holistic Vision of Smart Cities: An Opportunity for a Big Change 249 - M.L. Di Silvestre // 11.1 Can Smart Cities Be Really Inclusive? 250 // 11.2 The Interconnection of Life and the Power of Change It Has 253 // 11.3 The Importance of Education to “Collective Humanity” 254 // 11.4 What Changes the World Readings? 255 // References 256 // 12 A Theological Perspective Towards Smart Communities 257 - Carmelo Torcivia // 12.1 The Stories of Creation 257 // 12.2. The "Laudato si" 260 // References 263