Index
Ayodeji Emmanuel Oke
(Federal University of Technology Akure, Nigeria & University of Johannesburg, South Africa)
Seyi Segun Stephen
(Federal University of Technology Akure, Nigeria)
Clinton Ohis Aigbavboa
(University of Johannesburg, South Africa)
Deji Rufus Ogunsemi
(Federal University of Technology Akure, Nigeria)
Isaac Olaniyi Aje
(Federal University of Technology Akure, Nigeria)
Smart Cities: A Panacea for Sustainable Development
ISBN: 978-1-80382-456-7, eISBN: 978-1-80382-455-0
Publication date: 5 April 2022
This content is currently only available as a PDF
Citation
Oke, A.E., Stephen, S.S., Aigbavboa, C.O., Ogunsemi, D.R. and Aje, I.O. (2022), "Index", Smart Cities: A Panacea for Sustainable Development, Emerald Publishing Limited, Leeds, pp. 165-172. https://doi.org/10.1108/978-1-80382-455-020221015
Publisher
:Emerald Publishing Limited
Copyright © 2022 Ayodeji Emmanuel Oke, Seyi Segun Stephen, Clinton Ohis Aigbavboa, Deji Rufus Ogunsemi and Isaac Olaniyi Aje
INDEX
Academia in smart cities creation
, 78
Accessibility
, 125
Affinity to learning and life
, 62
Africa, cities in
, 151–152
Application development
, 150
Associated project partners
, 78
Attractiveness of natural conditions
, 63
Australia in smart cities creation
, 79–80
Australian Smart Communities Association (ASCA)
, 79–80
Availability
, 52, 149–150
Awareness
, 139
Barcelona (network management platform)
, 67
Barriers to smart city development
, 136
complexity of smart city system
, 137–138
economic barriers
, 138
financial barriers
, 139–140
governance and coordination barriers
, 139
social barriers
, 138–139
solutions to smart city development barriers
, 140
technological barriers
, 138
Big Data management
, 147–148, 148–149
British Standard Institution
, 80
Capital
, 88
Citizen
benefits of smart city to
, 127–128
empowerment and engagement
, 123
involvement
, 78
City/cities
, 14, 15–16, 131–132, 156
in Africa
, 151–152
history of
, 14–15
involvement
, 78
smartisation process of
, 29
Civic participation
, 67
Cloud
, 147, 148
Collaborative procurement method
, 160
Communication
infrastructures
, 19, 50
sensors
, 59
Community
, 81
Conducive environment
, 18
Connectivity
, 114
Construction industry and smart cities
, 16
Construction management procurement method
, 160
Consumers
, 81
Cost
, 149
of designing smart city
, 139–140
of maintenance and control
, 116
reduction
, 135
of smart city implementation
, 138
Creative city
, 53
Creative innovations
, 27
Creativity
, 62
Cross-sector groups
, 79
Cultural arena
, 65
Cultural facilities
, 64
Customary city administration
, 26
Cyberspace
, 19
Decision
, 157
Deliverers
, 81
Development and sustainability
, 89–91
theories on
, 91
Digital city (see Smart city)
Digitalised tools
, 27
Drivers of smart cities
, 33–34, 121–122
balancing budget
, 124
brief explanation of smart city
, 122
economy
, 125
energy and environment
, 124–125
governance
, 125–126
growing economics competition
, 35
growing environmental challenges
, 34–35
growing expectations
, 35
growing stress
, 34
growing urbanization
, 34
inadequate infrastructure
, 34
knowledge
, 123
low risk living
, 124
measures of smart city performance
, 126–127
mobility
, 125
rapidly improving technology capabilities
, 35
society
, 125
Dublin in smart cities creation
, 82–83
E-administrations
, 28
E-Procurement
, 37
Economic barriers to smart city development
, 138
Economic development
, 97–98
Economic of smart cities
, 66
Economic sustainability
, 95–96
Economically beneficial city
, 7–8
smart city as
, 115–116
Economy
, 17–18, 49, 73–74, 125
Education
facilities
, 64
of smart citizens
, 68–69
Efficiency
, 149–150
Empowerment intelligence
, 47
Energy
, 48, 124–125
Entrepreneurship
, 61
Environment
, 18, 48, 66, 124–125
Environmental Agency Austria
, 78
Environmental appearance
, 46
Environmental protection
, 63
procurement
, 159
Environmental responsiveness
, 59
Environmental sustainability
, 96–97
Ethnic plurality
, 62
Europe in smart cities creation
, 82–83
European Commission Award Communication
, 135
European Union (EU)
, 161
Expense incomes
, 37
External stakeholders
, 81–82
Fast track procurement method
, 160
Financial barriers to smart city development
, 139–140
Financial change barriers to smart cities development
, 97–98
Flexibility of labour market
, 62
Flexible service-oriented computing infrastructures
, 19
4G remote networks
, 32
‘Garden Cities of To-morrow’
, 5
Geographic Information Systems (GIS)
, 67
Global warming
, 46, 75
Good governance
, 135
Governance
, 125–126
and civic participation
, 67
and coordination barriers
, 139
model
, 83
Government
, 17, 73, 81–82
Government policies
, 59
management of smart cities
, 68–69
Green city development
, 32
Green procurement
, 159
Gross domestic product (GDP)
, 61, 95
Health conditions
, 64
Healthy living
, 74
Hierarchic governance
, 82
Housing quality
, 64
Human capital, level of
, 62–63
Human city
, 53–54
Human framework
, 19–20, 52
creative city
, 53
human city
, 53–54
knowledge city
, 54
learning city
, 53
Human infrastructure
, 52
Human resources
, 66
India in smart cities creation
, 79
Inequalities
, 3
Information
, 139
Information and communication technology (ICT)
, 14–15, 25, 27, 29, 63, 72–73, 107, 134, 136, 156–157
barriers of
, 138
improvement and use of
, 16
in smart cities
, 32–33
Information city
, 50–51
Information technology (IT)
, 14, 26, 46, 59
infrastructure
, 146
IT-based advancement urban biological community
, 24
Innovation
integration
, 24
and SD
, 92–93
of smart city
, 18, 74, 76
and technology
, 93
Innovative procurement methods
, 160–161
Innovative spirit
, 61
Institutional framework
, 20, 54–55
Instrumentation
, 67–68
intelligence
, 47
Integrating information system service
, 145–146
Intellectual property (IP)
, 161
Intelligence
, 68
Intelligent city
, 50–52
Intelligent transport system (ITS)
, 107
Interconnection
, 68
Internal stakeholder
, 82
International accessibility
, 63
International presence
, 62
International Society of City and Regional Planners (ISOCARP)
, 77–78
Internet of things (IoT)
, 31–32, 113, 146
urban
, 45
Investors
, 81
Know-How City
, 105
Knowledge
, 123
Knowledge city
, 54
Labour market, flexibility of
, 62
Learning city
, 53
Life expectancy
, 4
Liveability
, 38–39
Livelihood of smart cities
, 33
Local accessibility
, 63
London in smart cities creation
, 82–83
Manageability
, 38
Market governance
, 82
Mobility
, 49, 67, 125
Natural resources
, 63–64
New Songdo city
, 26
Open data
, 137–138
Open-mindedness
, 62
Opportunities in smart cities projects
, 75
Orchestration intelligence
, 47
Organisation for International Economic Relation
, 77
Paramount
, 19
Participation
in decision-making
, 63
in public life
, 63
Policy procurement requirement
, 158
Political arena
, 65
Principal project partners
, 77–78
Private firms
, 69
Private sector
overcome complexity barriers
, 141
overcome economic barriers
, 141
overcome governance barriers
, 142
overcome social barriers
, 142
overcome technological barriers
, 141
references
, 141
in smart cities creation
, 78
Procurement
, 157–158
common drawbacks to smart cities procurement
, 161–162
construction industry
, 155–156
measures to challenge of procurement of smart city
, 162
methods
, 159–160
public
, 158
public procurement system
, 158–159
of smart cities
, 160–161
Promoter
, 81
Public management
, 67
Public procurement
, 158
Public procurement system
, 158–159
Public sector references
, 140
overcome complexity barriers
, 140
overcome economic barriers
, 140
overcome governance barriers
, 141
overcome social barriers
, 141
overcome technological barriers
, 140
Public services
, 63
Qualification level
, 62
Quality of life
, 4, 49, 74, 125, 135, 145
ease of doing things
, 106
functionality
, 105–106
good transport management
, 107
meanings of smart cities
, 104–105
rural–urban migration
, 103–104
of smart cities citizens
, 105
time loss eradication
, 106
waste minimisation and control
, 106–107
Remote sensing
, 67
Resilient city system
, 7–8
Royal Institution of Chartered Surveyors
, 78
Rural–urban migration
, 103–104
Safety conditions
, 64
Scalability
, 149–150
Siloed, piecemeal implementations
, 37–38
Single source procurement method
, 160
Smart administration
, 132
Smart cities citizens, quality of life of
, 105–107
Smart Cities Community European Innovation
, 135
Smart Cities Council
, 35, 38
Smart cities development
application development
, 150
barriers to
, 94–95
Big Data management
, 148–149
challenges in
cities in Africa
, 151–152
Cloud
, 148
cost
, 149
efficiency, availability and scalability
, 149–150
factors posing challenges to smart cities development
, 146
integrating information system service
, 145–146
IoT
, 147–148
IT Infrastructure
, 146
security and privacy
, 146
social adaption
, 150
Smart cities team members
, 59–60
Smart cities/city
, 4–5, 14, 15–16, 45, 59, 104, 110, 121–122, 132, 156–157
barriers
, 35
benefits of
, 8, 38
characteristics of
, 7, 17, 61–64
concept
, 6–7, 112
conceptualisation of
, 24–26
construction industry and
, 16
construction sector as
, 13–14
content of smartisation process
, 30–32
definition
, 26–27, 60–61, 72–73
descriptions of
, 111–112
development
, 73
drivers
, 33–34
as economically beneficial city
, 115–116
economy
, 17–18, 49, 73–74
education of smart citizens
, 68–69
energy and environment
, 48
enhance workability
, 39
enhanced liveability
, 38–39
enhanced sustainability
, 38
environment
, 18, 74
evolution
, 5–6
features of
, 20–21, 76, 113
finance, lack of
, 37
force of
, 72
forms of intelligence
, 47
frameworks
, 18–19
governance
, 49
growing economics competition
, 35
growing environmental challenges
, 34–35
growing expectations
, 35
growing stress
, 34
growing urbanization
, 34
history of
, 14–15
human framework
, 19–20, 52–54
inadequate infrastructure
, 34
initiative
, 20
innovation of
, 14
institutional framework
, 20, 54–55
lack of citizen engagement
, 36
lack of ICT know-how
, 37
lack of integrated services
, 36–37
lack of smart city visionary
, 36
levels of becoming
, 48
management
, 64
management of government policies of smart cities
, 68–69
meanings of
, 104–105
measures of smart city performance
, 126–127
mobility
, 49
opportunities in projects
, 75
performing variables indicator of
, 17
problems of
, 74–75
procurement of
, 160–161
rapidly improving technology capabilities
, 35
reasons for
, 7
resilient city system, economically beneficial city
, 7–8
Siloed, piecemeal implementations
, 37–38
smart city benefits to citizens
, 127–128
smartisation process of city
, 29
as socially inclusive city
, 113–115
society
, 18, 49–50, 74
stakeholders in smart cities management
, 65–67
sustainability and ICT in smart cities
, 32–33
team members, people and participant involved in smart cities creation
, 76–83
technological management of
, 67–68
technology framework
, 19, 50–52
theories and models
, 46–48
traits of smart city areas
, 27–29
urbanisation
, 23–24
Smart citizens
development
, 66
education of
, 68–69
Smart city administration development
, 32
Smart city dimensions
, 132
barriers to smart city development
, 136–139
formation of smart cities
, 132
idea of smart city
, 136
private sector references
, 141–142
public sector references
, 140–141
smart city chain of dimension
, 133–136
solutions to smart city development barriers
, 140
Smart city framework (SCF)
, 80–81
Smart city team partnership
, 71–83
Smart communities
, 15, 26
Smart economy
, 28, 49, 61, 134
Smart education
, 15
Smart environment
, 27–28, 63–64, 134
Smart family development
, 30–31
Smart general administrations
, 31
Smart governance
, 17, 28, 49, 63, 73
Smart government
, 15
Smart individuals
, 134–135
Smart industry
, 15
Smart living
, 28, 64, 135
Smart medicinal treatment improvement
, 31–32
Smart mobility
, 49, 63, 132–133
Smart people
, 15, 28–29, 62–63, 133
Smart Planet
, 26
Smart technology
, 106
Smart transportation
, 107, 134
development
, 31
Smart urban
areas
, 114
territories
, 29
Smart vacationer focus development
, 32
Smartisation process
, 24–25
of city
, 29
content of
, 30
green city development
, 32
smart city administration development
, 32
smart family development
, 30–31
smart general administrations and improvement of social administration
, 31
smart medicinal treatment improvement
, 31–32
smart transportation development
, 31
smart vacationer focus development
, 32
wireless city development
, 30
Smartness of city
, 111
Social adaption
, 150
Social administration, improvement of
, 31
Social barriers to smart city development
, 138–139
Social cohesion
, 64, 66
Social infrastructures
, 19–20
Social service framework
, 31
Social services
, 63
Social sustainability
, 96
Socialisation
, 74
Socially inclusive city, smart city as
, 113–115
Society
, 18, 49–50, 125
Stakeholders
, 78, 81, 96
in smart cities management
, 65–67
Strategic stakeholder’s engagement
, 65
Structural plurality
, 62
Sustainability
, 5, 24, 25, 27, 87, 89
contradictory discourse in SD
, 89
development and
, 89–91
different perceptions on
, 89
enhanced
, 38
in smart cities
, 32–33
Sustainable city
, 5–6
Sustainable City (see Smart city)
Sustainable development (SD)
, 4, 16, 26, 34, 87, 89
barriers to smart cities development
, 94–95
challenges, trends and needs
, 97
companies manage innovation
, 94
contemporary challenges of SD concept
, 91–92
contradictory discourse of sustainability in SD
, 89
development and sustainability
, 89–91
drivers of
, 92
economic development and financial change
, 97–98
economic sustainability
, 95–96
environmental sustainability
, 96–97
innovation and
, 92–93
innovation and technology
, 93
principle of
, 88–89
social sustainability
, 96
survival policies
, 88
Sustainable resource management
, 63
Sustainable Urbanization Policy
, 110
Synergies
, 46
Systematic network governance
, 82
Technological infrastructures
, 50
Technological management of smart cities
, 67–68
Technology
, 92
digital city
, 50
framework
, 19, 50
information city
, 51
innovation and
, 93
intelligent city
, 51–52
ubiquitous city
, 52
virtual city
, 51
3G remote networks
, 32
Time loss eradication
, 106
Tourist activity
, 64
Traditional procurement method
, 160
Transparent governance
, 63
Transport systems, sustainable, innovative and safe
, 63
Transportation
, 67
Ubiquitous city (U-city)
, 50, 52
UN Habitat
, 77
United Kingdom in smart cities creation
, 80–82
United Nations (UN)
, 34, 76
United Nations Economic Commission (UNECE)
, 77
United Nations Environment Programme (UNEP)
, 92, 110
United Smart Cities Project (2014)
, 76
Urban arranging approach
, 29
Urban city
, 5–7, 34, 137
Urban informatics and technologies
, 19
Urban planning
, 66–67
Urbanisation
, 14, 23–24, 97
growing
, 34
Urbanism
, 5
Value for money
, 161
Vendors
, 66
Virtual city
, 50–51
infrastructure
, 67
Waste minimisation and control
, 106–107
Web
, 30
Web 2. 0 technology
, 73
Wi-Fi innovation
, 30
Wi-MAX
, 30
Wired City (see Smart city)
Wireless city development
, 30
Wireless expansive system
, 30
Workability of smart cities
, 33, 39
Workforce
humans
, 53–54
skilled
, 20, 52–53
World Commission on Environment and Development (WCED)
, 33
- Prelims
- Part 1: General Introduction of the Book
- 1. General Introduction
- Part 2: Concept of Smart Cities
- 2. Introduction to Smart Cities
- 3. The Smart City Process
- 4. Smart City Theories and Models
- Part 3: Smart Cities Stakeholders
- 5. Smart Cities Team Members
- 6. Smart City Team Partnership
- Part 4: Sustainable Development (SD)
- 7. Sustainable Development: Definition and Principles
- Part 5: Smart Cities and Sustainable Development
- 8. Quality of Life
- 9. Socially Inclusive City: Socially Inclusive and Economically Beneficial Smart Cities
- Part 6: Enhancing Smart Cities for Sustainable Development
- 10. Drivers of Smart Cities
- 11. Smart City Dimensions
- 12. Challenges in Smart Cities Development
- 13. Procurement in Smart City Development
- Index