导语

  

内容提要

  

    从城市需求到智慧与可持续总结了国际电工委员会（IEC）智慧城市研究的宝贵经验，万碧玉主编的《From CITY ISSUES to SMART AND SUSTAINABLE(英文版)》尝试针对建设智慧城市的内容、参与者和实现方式等问题给出解决途径和建议，旨在呼吁各类国际标准化组织之间开展更为广泛的配合，最终建成更为全面、高效、经济、可持续的城市。

    万碧玉（工学博士），研究员，现任中国城市科学研究会智慧城市联合实验室首席科学家。
    日本国立神户大学博士毕业，主要从事空间信息技术、人工智能、物联网技术等研究工作。曾任启明集团海外事业部主任，日本神户大学研究员，文部科学省年青科学家支持基金获得者。现任国际标准组织ISO TC268 SCl智慧城市基础设施计量分技术委员会副主席，国际电工委员会智慧城市系统评价组IEC SEG1工作组负责人。北京邮电大学兼职教授，香港中文大学客座讲师。主要从事智慧城市（城市科学）理论与政策研究、标准化、国际合作等。

Preamble I
Preamble II
Preamble III
Preamble IV
Chapter 1 Understanding Smart City
  1.1 Smart city evolution
    1.1.1 Digital city
    1.1.2 Smart city
    1.1.3 The new-type smart city
  1.2 Smart city essentials
    1.2.1 Advanced stage of urban informatization
    1.2.2 Innovation for the strength
    1.2.3 Equity for the people
    1.2.4 Sustainability for the future
  1.3 Smart city partnership
    1.3.1 Standardizing smart city internationally
    1.3.2 Constructing smart city globally
Chapter 2 Framework of Smart City
  2.1 Infrastructure system of smart city
  2.2 Technical support system of smart city
  2.3 Business system of smart city
  2.4 Investment and financing system of smart city
  2.5 Policy system of smart city
  2.6 Standards system of smart city
Chapter 3 Practice of Smart City
  3.1 Smart city regional chapter
    3.1.1 Opportunities and challenges for smart city development
    in western countries
    3.1.2 Opportunities and challenges for the development of smart
    cities in southeast asia
    3.1.3 One belt and one road smart city development
    opportunities and challenges
  3.2 Smart city-nation chapter
    3.2.1 Policies guide development
    3.2.2 Human being is the key to core quality
    3.2.3 Overall progress of pilot projects in china
  3.3 Smart city--cites
    3.3.1 One city, one policy lead smart development
    3.3.2 Integration of urban and rural characteristics
    3.3.3 Four innovations for the new type smart city
  3.4 Industries of smart city
    3.4.1 Urban simulation
    3.4.2 City surveillance and management
    3.4.3 Smart Homes
Chapter 4 City Needs Survey
  4.1 Background of the city needs questionnaire
  4.2 Questionnaire design method
  4.3 Data collection and analysis
  4.4 Findings
    4.4.1 Participants
    4.4.2 City needs analysis
    4.4.3 City needs by different stakeholders
  4.5 Conclusion
Chapter 5 The Significance and Importance of Sustainable
  Development of Smart City
  5.1 Remolding urban planning
    5.1.1 Cultivation of urban planners for the new era
    5.1.2 Enrichment of urban planning architecture
  5.2 Redefining urban physical space and the urban composition
    5.2.1 Changing the urban spatial organism
    5.2.2 Promotion of regional equilibrium
    5.2.3 Construction of renewed urban space
  5.3 Enhancing urban construction, management, and
    operational efficiency
    5.3.1 Extending individual participation in urban planning
    5.3.2 Providing public information platform for enhanced
    servicing capacities
    5.3.3 Effectively enhancing urban operational efficiency
  5.4 Balancing urbanization and regionalization
  5.5 Driving the new-fashion urbanization
  5.6 Propelling urban economy
    5.6.1 Cultivating new industries
    5.6.2 Toward anoptimized urban industrial structure
    5.6.3 Providing new engine for economic growth
    5.6.4 Promoting the green economy
  5.7 Safekeeping the society
    5.7.1 Better life for the people
    5.7.2 Extending the urban welfare
  5.8 Promoting innovation and elevating competitiveness
  5.9 Forging eco-balance, attaining sustainability
    5.9.1 Stepping up the regulation on energy conservation and
    emission reduction
    5.9.2 Fostering harmony between human and nature
    5.9.3 Building ecological civilization
    5.9.4 Attaining urban sustainability
Chapter 6 The Future of Smart City
  6.1 Technologies that affect the future
    6.1.1 Virtual space technology
    6.1.2 Real space technology
    6.1.3 Comprehensive field of related technologies
  6.2 The future of the city
  6.3 The future of smart cities
Chapter 7 Case Analysis
  7.1 Introduction
  7.2 Smart food traceability system (SFTS)
    7.2.1 Beneficiary stories and high-level user stories of SFTS
    7.2.2 SFTS solutions
    7.2.3 Case study-shanghai food traceability platform
    7.2.4 Summary
  7.3 Urban design and simulation platform
    7.3.1 Needs analysis
    7.3.2 Solutions
    7.3.3 Case study-nanjing urban design and simulation platform
    7.3.4 Summary
  7.4 Smart elevator monitoring system (SEMS)
    7.4.1 Needs analysis of SEMS
    7.4.2 Solutions of SEMS
    7.4.3 Case study-practice of SEMS in nanjing, China
    7.4.4 Summary
  7.5 Smart payment
    7.5.1 Needs analysis of smart payment
    7.5.2 Solutions of smart payment
    7.5.3 Case study-practices of smart payment
    7.5.4 Summary
  7.6 Data exchange and sharing in smart cities
    7.6.1 Beijing almighty virtual card application and security
    management platform
    7.6.2 Data exchange and sharing for community infrastructure
    based on "Map World.Nanjing"
  7.7 Reviewing global smart city experience
    7.7.1 Amsterdam
    7.7.2 Barcelona
    7.7.3 Stockholm
    7.7.4 Manchester
  7.8 Discussion
    7.8.1 Challenges of standards development organizations
    7.8.2 Inspirations for standardization
Chapter 8 Annex: Introduction of ISO/TC268/SC1 Series of
  Standards
  8.1 ISO 37151
  8.2 ISO/TR 37152:2016
  8.3 ISO/FDIS 37153
  8.4 ISO/FDIS 37154
  8.5 ISO/CD 37155
  8.6 ISO/WD 37156
  8.7 ISO/FDIS 37157
  8.8 ISO/DIS 37158
References