Digital solutions for integrated city management & use cases A U4SSC deliverable on city platforms
Foreword
Acknowledgements
Disclaimer
List of figures and tables
1 Introduction
     1.1 Context and background
     1.2 Smart city typology
     1.3 Smart city sustainability and SDG objectives
     1.4 International standards in the homogenization of city indicators
2 Common smart city technology challenges
3 The need for smart city platforms
     3.1 Technological architecture of a city platform
     3.2 Enabling solutions
4 The experiences of cities with smart city platforms
     4.1 EUROPE
     4.2 ASIA AND PACIFIC, MIDDLE EAST AND AFRICA
     4.3 AMERICAS
5 Key takeaways and conclusions
     5.1 Geographic distribution
     5.2 Governance
     5.3 Economic sustainability
     5.4 Common barriers
     5.5 Key success factors, criteria and final considerations
Figure 1: How ITU-T helps build smart cities
Figure 2: Domains within smart cities (Redrawn from IEEE perspective)
Figure 3: The six dimensions of a smart city
Figure 4: Smart city platform enabling technologies
Figure 5: Typical view of integration by a smart city platform
Figure 6: Layers of a smart city platform
Figure 7: Sensor deployment in Cambridge
Figure 8: Cambridge’s Intelligent City Platform (iCP)
Figure 9: El Hierro's Smart City Platform – IoT agents and Context Broker
Figure 10: Smart Logroño Platform components (Logroño City Council, internal elaboration)
Figure 11: Pully's smart project online repository snapshot
Figure 12: The architectural layers of Trento's smart city system
Figure 13: An illustration of Trento's digital hub data platform
Figure 14: Smart Broadband PLC Network, Smart Lighting and Irrigation
Figure 15: València Smart City Milestones
Figure 16: València IT challenges, Smart City Framework
Figure 17: Auric Command and Control Centre (ACC)
Figure 18: Simplified view of the architectural layers of the Smart Dubai Platform
Figure 19: Newcastle's smart city vision
Figure 20: Singapore's SNSP's key areas of Connect, Collect and Comprehend
Figure 21: Screengrab of Virtual Yuhua
Figure 22: Architecture model proposed for an Intelligent Public Lighting Network (RAPI) from the point of view of communications
Figure 23: Montevideo public transport GIS
Figure 24: Mechanisms of financing EU city platforms
Table 1: List of case studies explored
Table 2: SCP non-technical barriers
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