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The Sustainable City & ICT - ICT’s Contribution to the Development

IDATE, January 2009, Pages: 50

ICT’s contribution to the development of the sustainable city

In light of the central challenges and issues that cities are currently facing, this report examines the role that ICT can play in the development of the
sustainable city. The analysis draws on examples of eco-Towns, digital cities and high-tech cities. The report identifies new ICT services that apply to the major urban functions and analyses the positioning of the main players.

Key questions

- How do eco-Towns projects incorporate ICT?
- How do digital city projects meet the goals of sustainable urban development?
- Which ICT infrastructure and services can help achieve sustainable urban development?
- What is the positioning of the leading ICT industry players involved in the development of the sustainable city?
- What are some recommended approaches to integrating ICT in a sustainable city project?

Case Studies in Asia, in Europe and in the Middle East

1. Introduction
1.1. Challenges
1.1.1. Controlling urban growth
Limiting sprawl
Improving human flows
1.1.2. Improving quality of life in the city
Supporting diverse communities
Developing participatory communities
Efficiently managing urban infrastructure
1.1.3. Conserving the environment
Conserving natural resources and energy
Reducing carbon emissions
Optimizing the use of urban infrastructure
1.2. The issue at hand

2. The sustainable city: parameters and issues
2.1. The sustainable city
2.2. The digital city
2.3. ICT’s role in the sustainable city
ICT not very prominent in sustainable urban development
ICT: a chance for the sustainable city

3. Important examples of sustainable cities and digital cities
3.1. In Europe
3.1.1. Northern Europe’s eco-neighborhoods
Main characteristics of eco-neighborhoods
Project: BedZED (United Kingdom)
Project: Hammarby Sjöstad (Sweden)
Project: Vesterbro (Denmark)
Project: Forum Vauban (Germany)
3.1.2. Examples of national initiatives in Europe
Eco-towns (England)
France’s sustainable cities plan
3.2. In Asia
3.2.1. South Korea
Project: New Songdo City
Project: Hwaseong Dongtan u-City (DMC)
Project: Busan Centum City
3.2.2. China
Project: Dongtan
3.2.3. Japan
Osaka
3.2.4. Singapore
3.3. In the Middle East
3.3.1. Project: Masdar Initiative
3.3.2. Project: Dubai Internet City (Dubai)

4. Digital services applied to sustainable urban development
4.1. Housing
4.1.1. Home automation and telemetering
4.2. Urban mobility
4.2.1. e-payments and e-ticketing
Mass transit ticketing and payment solutions
4.2.2. Managing parking
4.2.3. Managing multimodal data on public transit
4.2.4. Managing city traffic
Managing traffic in real time
Vehicle networks
Carpooling and car sharing
Electronic toll collection in cities
4.2.5. Teleworking
4.3. Home healthcare systems
4.3.1. Teleassistance and telemonitoring
4.3.2. Telehealth and telemedicine networks
4.3.3. In-home hospital care (IHHC)
4.4. Public services
4.4.1. Managing public lighting
4.4.2. Managing the roadways
4.4.3. GIS
4.4.4. Managing waste collection
4.4.5. Managing air quality
4.4.6. Teleprocedures and e-government
4.5. Culture, leisure & tourism
4.5.1. Online event information and booking
4.5.2. Digital audio guides
4.5.3. Virtual exhibits
4.6. Social and community life
4.6.1. Web forum service and other participatory sites
4.6.2. Web 2.0 social networks
4.7. Governance
4.7.1. e-participation
4.7.2. e-voting
4.7.3. Online balanced scorecards

5. ICT industry positioning
5.1. Telecom operators
5.1.1. BT
5.1.2. Orange
5.1.3. Telefónica
5.1.4. Korea Telecom
5.2. Equipment manufacturers
5.2.1. Cisco
5.2.2. Intel
5.2.3. Nokia

6. Approaches to combining ICT and the sustainable city

Index of Tables and Figures

Table 1: Examples of cities with toll collection systems
Table 2: Summary of digital services contributing to sustainable urban development
Figure 1: Japan’s social problems starting after 2006, due to an aging population
Figure 2: Examples of u-Japan applications in business and industry
Figure 3: Examples of u-Japan applications in daily life
Figure 4: ICT service experimental program for the city of Osaka
Figure 5: The digital city
Figure 6: Energy use dashboard
Figure 7: Overview of how SmartTouch works on the VTT website
Figure 8: Sensor on the road
Figure 9: Seoul’s monitoring center
Figure 10: Vehicles communicating in the city, using sensors
Figure 11: Example of carpooling website
Figure 12: Car sharing website
Figure 13: Telehealth monitoring network
Figure 14: Information circuit for processing patient data
Figure 15: In-home hospital care information system
Figure 16: Street lamp fitted with a WiMAX base station
Figure 17: Urban planning application: visualizing the remodeling of the Graf-Wilhelm-Plaza in Solingen (Germany)
Figure 18: Environmental impact profile
Figure 19: Overview of the e-bourgogne platform
Figure 20: List of local teleservices offered by the Montpellier government
Figure 21: Uses for the "digital e-concierge" in the tourism industry
Figure 22: 3D tour of the Domaine de Versailles
Figure 23: Internet-accessible audio guide (iPod)
Figure 24: iPAQ mini-PC
Figure 25: Virtual exhibit of the Grand Palais, Paris
Figure 26: Bio Mapping device and the visual representation of participants’ emotional responses
Figure 27: Example of a website offering services between city residents
Figure 28: Bristol’s local democracy site (ViewFinder)
Figure 29: e-petition services on Bristol’s website
Figure 30: Balanced scorecard interface with sustainability indicators
Figure 31: Indicator on the development of bicycle and pedestrian infrastructure in the city of Albuquerque (USA)
Figure 32: Ecolabel based on five categories of data
Figure 33: Urban services in the ICING project
Figure 34: Main thrusts of Cisco’s CUD program
Figure 35: Mini mobile sensors
Figure 36: Nokia’s pedestrian navigation service

- BT
- Cisco
- Intel
- Korea Telecom
- Nokia
- Orange
- Telefónica

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