ArticlePDF Available



Abstract and Figures

When discussing the issue of development of urban areas, it is not uncommon to highlight a new stage of urbanisation – stage of smart city creation. Increasingly more cities are nowadays labelled as “intelligent” or “smart”, even though there is no clear-cut definition which would specify the criteria that cities ought to meet to be considered as such. The existing sets of criteria are relatively ambiguous, they have different priorities depending on the region etc. It is thus extremely important and useful to determine whether or not cities may be considered as smart cities, to what degree and on what grounds. The article’s objectives are: firstly, to identify the degree to which the smart city concept is used for managing cities in general and, secondly, to initially assess whether application of the smart city concept makes it possible to reduce the costs of city functioning.
Content may be subject to copyright.
Dorota Sikora-Fernandez*, Danuta Stawasz
Department of City and Regional Management
University of Lodz
* Corresponding author
Biographical Notes
Dorota Sikora-Fernandez is an assistant professor in Department of City and Regional
Management, University of Lodz. Her research interests contain issues related to urban
development, urban economics, ICT in local development and the smart city concept. She is author
or co-author of several scientific papers about ICT in urban management, smart city and urban
Danuta Stawasz is an associate professor in Department of City and Regional Management,
University of Lodz. Her areas of research include city and regional management and development.
In the last three years she published in the field of innovative methods of public affairs management
including the concepts like Living Lab or smart city. Significant area of her research is public
organisation effectiveness.
When discussing the issue of development of urban areas, it is not uncommon to highlight a new
stage of urbanisation stage of smart city creation. Increasingly more cities are nowadays labelled
as “intelligent” or “smart”, even though there is no clear-cut definition which would specify the
criteria that cities ought to meet to be considered as such. The existing sets of criteria are relatively
ambiguous, they have different priorities depending on the region etc. It is thus extremely important
and useful to determine whether or not cities may be considered as smart cities, to what degree and
on what grounds. The article’s objectives are: firstly, to identify the degree to which the smart city
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
concept is used for managing cities in general and, secondly, to initially assess whether application
of the smart city concept makes it possible to reduce the costs of city functioning.
Key words: smart city, ICT, local management, technology, intelligent city
JEL classification: O18, O31,O33
1. Introduction: Contemporary conditions for urban development
Urbanisation is one of the most important social processes occurring on all continents and
characteristic of our age. It is commonly defined as a process of concentration of population in
certain points of geographical space, mainly in urban areas. It means the dynamic growth of the
urban population and its share in the overall population of a given area, as well as the spatial
development of cities and the adoption of urban lifestyle by rural population. A strong
concentration of population and various forms of their activities results in increased complexity of
life and the countless relationships between the various activities of people, organisations,
enterprises, institutions, informal groups with various goals and needs. In modern terms,
urbanisation should be perceived more broadly, as a multidimensional system of economic, social,
demographic and cultural processes, which results in growing cities and urban populations,
concentration of these populations, cities spreading over greater and greater areas, spatial
concentration of enterprises and administration, shaping characteristic forms of anthropogenic
development and the promotion of urban lifestyle. All over the world, including Poland,
urbanisation processes are currently influenced by globalisation, as well as the technical and
technological progress. As concentration of population, cities should reflect the social and business
needs as much as possible. But these needs are constantly evolving, and time in its social sense,
along with quality of life, have become vastly important. The social, economic, cultural and
environmental conditions of human dwellings have been changing. The technical and technological
progress and innovations create new opportunities to meet the collective needs of urban
populations. Improved fulfilment of these needs, reflected by the quality of life, is perceived as
equivalent to urban development. Thus, urban development may be defined as a process of positive
changes (quantitative growth and qualitative progress) occurring in a given city (urban area), which
takes into account the needs, preferences and hierarchy of values characteristic to this area and its
Globalisation has numerous indicators, one of them being the fast exchange of information
on a global scale. Owing to this exchange, any advantages offered by wealthy cities in highly
developed countries to their inhabitants can be quickly observed by cities in less developed
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
countries. Modern solutions used in a city may be used as a model in a different country, on a
different continent. However, implementing such novelties to improve the living standard always
entails appropriately high financial cost. Due to this, countries and cities with lower level of social
and economic development are usually not able to keep up with the dynamic development of many
cities in the world.
Researchers studying cities currently have an extensive knowledge of the classic factors and
processes that impact urban development, as well as the barriers and problems limiting it. In the last
40 years, numerous concepts concerning the development mechanisms were created, along with
tools that can be used by the authorities to stimulate and control the processes occurring in the city.
At this stage, we should point out the phases of urbanisation, from the first one - urbanisation,
through suburbanisation and disurbanisation to reurbanisation, related to the spatial development of
the city and the changes to local population, and the theory of economic base, which claims that
functions fulfilled by the city can be divided into export funtions (material production for supralocal
market, processing and distribution of information with a scope larger than the city, often even the
country, providing services for population outside the city), and the functions related to services for
local population and local market. The latter (or the various activities it encompasses) and scale and
scope of influence determine the development of the city. The city-forming role of industry was
reflected not only in the dynamics of urbanisation processes, but also significantly influenced the
formation of spatial and functional structures (Mierzejewska, 2008). The theory of external effects
is one of the theories that explain the formation and the dynamics of development of cities. The
creation of external effects is the objective of any activity. Their magnitude, scale and direction
depend on the general level of social and economic development. The differences in spatial
development result in diversified external effects. Where activities are intensified in a limited area,
i.e. in cities, external effects will be doubly powerful. In recent years, the possibilities of urban
development were considered in the context of the city’s competitiveness, i.e. the creation of the
most favourable conditions for enterprises in order to attract new investors. The concept of
sustainable development, most widely associated with environmental activity, recognises the need
to maintain the natural environment in the most intact state possible. This development may be
considered as a whole, or as a combination of different ingredients: environmental, social, economic
and spatial. It entails a departure from static and defensive behaviours that concentrate on removing
the effects, to preventive actions that allow for not only solving the problem, but also for achieving
a higher level of urban development. We should also note the processes of territorialisation of
space, which are perceived on one hand as a concentration of activity and, on the other, as a
networked connection between various entities and organisations with high levels of human and
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
social resources (Nowakowska, 2011). We can also cite the process of metropolisation which
significantly differs from the processes previously occurring in urban areas and is expressed by new
ways of territorial division of labour, capital, knowledge and power. Metropolisation is a process
related to the crystallisation of a new type of spatial structure, which gains competitive advantage
over other areas on international scale and exhibits different type of relations between the central
city and the surrounding region, and which leads to the formation of a large and hugely complex
settlement system with diverse internal and external connections, which means the development of
urbanised space which leads to expansion, export and creation of model behaviours that are
transferred to other areas by the process of benchmarking. Creativity as a factor of regional
development (and thus also a factor in urban development) appeared in the works by Swedish
urbanist and geographer Gunnar Törnqvist in the 1980s. His works include comments on the
relationship between the creative environment and the development of a territory. He focussed on
four factors significant for the development:
large information resources and the opportunities of its transfer inside the area,
knowledge, its acquisition and accumulation over time by various organisations and
competences in various areas and types of activities (Stryjakiewicz, Stachowiak, 2010).
The combination of these elements forms an area, whose main causative force is creativity,
i.e. the large-scale ability to create new material and immaterial forms and values. Urban
development which stems from the culture and science sectors, as well as the creative capital and
economic potential in them which serve as the basis for the formation and development of creative
industries, allow us to dub a city a creative one. Four areas imply developmental processes, namely:
creative capital, co-created by creative professionals, also reflected in social capital and the
effectiveness of administration,
special material and immaterial, technological and information infrastructure,
urban spaces that are appropriately developed, attractive for people and environments,
institutions, creative activities (such as technological parks, cultural and entertainment
zones, revitalised post-industrial facilities used for various cultural, scientific, athletic and
exhibition purposes),
creative industries that serve as the basis of economy, an important segment of the city’s
economic activity.
Richard Florida, who coined the term “creative class” proves, that the cities which gather the
most creative and dynamic individuals develop in the most dynamic fashion. In order to maintain
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
this high dynamism of development, such cities will have to provide their inhabitants with high
standard of living, interesting entertainment and freedom to express themselves (Florida, 2010).
Concentration of people, capital, production and consumption in cities is also economically
justifiable. Concentration determines effectiveness, due to, among others, the benefits of
agglomerations. But huge cities (mega cities) also experience numerous social conflicts stemming,
above all, from the diversified affluence level of urban communities.
The history of development of every city include times of prosperity, stagnation and
depression. The phase that a given city experiences is always influenced by a number of factors,
such as the political and economic stabilisation of the country, the nationwide development policies,
globalisation, global economic crises, investors’ choice of locations, personal decisions of the
inhabitants, activities of municipal authorities, entrepreneurship and affluence of the inhabitants.
For centuries, regardless of the continent of country, population has been concentrating in cities,
reforming their structure, culture, economic power, scope of influence, introducing innovations and
new forms of development, impacting public spaces and rules of co-existence, creating modern
attitudes, etc., which shows beyond any doubt, that the future will be urban. Therefore it is so
important in the process of managing a city (urban structures) to consider the needs and
expectations of urban communities, which show mobility, entrepreneurship, creativity, and for
whom the standard of living is especially important. The more important, in fact, the more attention
is paid to time needed to get from home to work and to access the service sector.
Research into the transformations of spatial and economic structure of cities more and more
frequently indicates new factors in urban development, such as advanced technologies that allow us
to save time and energy, as well as human and social capital. A modern city means not just its
physical structure, but also a vat network of cyber-connections aimed at optimising the consumption
of resources and the processes of preventing the negative external effects resulting from the city’s
sustainable development. After all, concepts aimed at saving resources have been developed in the
last decade. One of such concepts is smart growth, which is a method of spatial planning and
transport network planning which is meant to avoid the growing costs of the more and more
prevalent urban sprawl. More and more often, technologically advanced cities are called smart or
intelligent, striving to save all resources (including finances), time or energy.
Cities are the foundation of the civilised world. They are not only the creation of human
work, the result of extraordinary cooperation between people (Szymańska, 2007), but also a place
where their activities concentrate, an incubator of new ideas and a driving force of economic
growth. The process of urbanisation is a characteristic feature of modern civilization, and its course
and nature is related to globalisation and technological progress. For decades, the attention of
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
scientists and policy-makers has been focussed on the question of the source of development in
cities and urban areas, and the degree to which the quality of systems for providing goods and
services influences the quality of life (Caragliu, Del Bo, Nijkamp, 2011). More and more often, the
most important factors that serve as a basis for urban development include social capital, knowledge
and advanced technologies that allow for saving time and energy. In the context of development,
cities are being analysed from scholars in numerous different sciences. Economists will discuss the
cost of city’s functioning incurred long-term by both the authorities (meaning the cost of public
services), as well as the costs for inhabitants and other users. The costs can be calculated for such
areas as municipal transport, public lighting, heating, waste management, maintenance of public
facilities or ensuring public safety. From the economic point of view, the relationship between
expenses and effects has a special meaning.
2. The general premises of the concept of “smart city”
The concept of “smart city” urban development is based in various decision-making areas related to
the quality of life on the preference for savings, or obtaining the best long-term expenses-effects
ratio, while considering the systemic approach to solving a given problem. Smart city is a novel
concept aimed at managing cities (urban areas) in a modern way, using the latest technical means
offered by advanced technologies (including IT), according to the environmentally-friendly
principles and while maintaining the tendency to save resources and achieve the expected results.
The development of innovative technologies, especially computer and communication technologies,
used in various areas of human activity allows the functionality of contemporary cities to be
significantly improved. Intelligence is, in its broad sense, the ability to solve problems, perceive
relationships, learn, adapt to the changing external circumstances, seize opportunities, prevent
threats, act purposefully, think rationally and cope with problems effectively, process information
actively, act logically and foresee the consequences, etc. If we consider the smart city concept,
urban management should be characterised by the above features of intelligence. Innovations and
technologies foster “smart” management both in public organisations and the cities, although it is
obvious that people (authorities, society, users, policy-makers) are the ones implementing the rules
of this concept.
Initially, the model of a smart city applied to information technologies that could be used to
plan city development. The first publication on the subject matter is considered to be the book by
Ishida and Isbister (Ishida and Isbister, 2000) on methods the information society applied to create
the virtual space of the city (Komninos, 2015), using the Internet and IT infrastructure. Subsequent
papers evolved towards the city management method (Van der Meer and Van Winden, 2003), the
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
ability to attract top class specialists (Murray, Minevich, Abdoullaev, 2011) or the ability to develop
and absorb innovation (Florida, 2005). The current definitions of a smart city emphasise various
aspects of a city’s functioning, with special emphasis on the role of the transport and
telecommunication infrastructure, ICT, digital media, creative industries and cultural initiatives to
improve the socio-economic and political efficiency (Hollands, 2008) and educated society using
new channels of communication with the public administration (Lombardi, Giordano, Farouh,
Wael, 2012 ). Komninos (2002) proposes a broad definition, characterising a smart city as a place
with a great learning and innovation capacity, creative, having research and development
institutions, universities, digital infrastructure, ICT and a high level of management efficiency.
In the discussion on the concept of smart city in literature, the role of advanced technologies
in the functioning of the city is a characteristic and significant element. The idea is a multi-faceted
approach toward urban development, based on competitiveness, sustainable development,
intelligence in solving various problems while utilising the opportunities given by computer
systems. In the last two decades, national and local politicians in various regions of the world have
attempted to define the rules of promoting the use of ICT to stimulate the development of urban
areas, but they still suffer from the lack of clear criteria to distinguish smarter and less smart cities
(Tranos, Gertner, 2012). The availability and quality of new technologies are thus not the only
indicators of “smartness” - some researchers include the relationships between the ICT
infrastructure and economic effectiveness in this concept (Roller, Waverman, 2001). Others point
out, that the problems of growing agglomerations are usually solved using creative means,
cooperation between interested parties, human capital and innovative ideas - in other words,
“smart” methods. Therefore, smart cities should concentrate on novel solutions that allow for
developing modern cities through qualitative and quantitative improvement of their productivity
(Caragliu, Del Bo, Nijcamp, 2011).
The concept of smart city combines several ideas of urban development. The European
approach to smart cities is based on actions aimed at reducing carbon dioxide emissions, as well as
effective use of energy in all areas while improving the quality of its inhabitants’ lives. According
to the common European vision, smart cities are based on partnerships forged in order to stimulate
progress in areas where production, distribution and use of energy, as well as mobility, transport
and advanced technologies are tightly connected and offer improved quality of services while
reducing energy and resources consumption and decreasing the emission of greenhouse gases. It is
assumed, that modern smart urban technologies are an important contribution to the sustainable
development of European cities. European cities are precursors of switching to low-emission
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
economy owing, above all, to the promotion of investment in innovative and integrated
In the United States, the last three decades saw the development of various concepts related,
among others, to the use of innovation and advanced technologies in various areas of cities. The
idea of knowledge-based cities primarily focussed on education, development of intellectual capital,
permanent learning, creativity and maintaining the high level of innovation. The ICT present in the
cities were considered the main factors in developing digital cities. Renewable energy sources and
concentrating the activities on environmental protection were the driving force behind the
development of eco-cities (Stawasz, Sikora-Fernandez, Turała, 2012).
The problems in determining the elements of smart cities are reflected in the challenges in
finding a clear definition of the term. But despite the lack of consensus as to the definition of smart
cities, scientists agree on the number of dimensions that this concept encompasses.
It is generally assumed, that cities can be defined as smart if they have the following elements:
1. Smart economy - cities should have high productivity based on the use and combination of
means of production using knowledge, the climate of innovation and flexible labour market;
economy should be characterised by the utilisation of innovative solutions and flexible
adaptation to changing circumstances. In this sense, the term is also related to “smart” ICT
industries, as well as to business and technological zones.
2. Smart mobility - owing to the ICT sector, a city becomes a huge network of connections
between all of its resources. Both traditional transport and digital communication should be
based on advanced technologies needed for the rational utilisation of existing infrastructure.
3. Smart environment - a smart city optimises its energy consumption by using renewable
energy sources and other means, strives to minimise waste emissions and bases its waste
management policies on the principles of sustainable development. Environmental activities
also require a high level of environmental education.
4. Smart people - a learning society. All changes in the city should be initiated by the
inhabitants who, when provided with appropriate technical support, are able to prevent
excessive energy consumption and pollution, and try to improve their quality of life.
5. Smart living - friendly environment, especially by the provision of wide access to public
services, technical and social infrastructure, high level of security, an expansive cultural and
entertainment offer, as well as proper care for the environment and greenery.
6. Smart governance - development in this regard requires the formation of a proper
governance system, the development of procedures that require the cooperation of local
authorities and other users of the city, and the use of new technologies in running the city.
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
This also includes smart public administration which is able to create knowledge and use it
Figure 1. Dimensions of smart cities
Source: (accessed on January 15, 2015)
The above six dimensions of smart cities are related to the traditional regional and neo-
classical theories of urban growth and development. They are based on competitiveness of cities
and regions, social capital, governance and new public management, while including the use of
advanced technologies among the elements. It should therefore be assumed, that the concept
transcends the use of new technologies in order to more effectively use the energy resources and
Smart living
Smart people
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
lower CO2 emissions by also including other areas of urban life and the functioning of public
When considering which sectors are related to the indicators of smart city we can list,
apart from the above mentioned economy, environment, quality of life, governance, mobility,
people that have obvious relation to urban development, the following factors:
municipal functions,
public places,
communication, mobility,
in practical circumstances, we can notice feedbacks between these factors. Their interrelations show
synergy between urban systems.
In March 2014, the Ministry of Infrastructure and Development presented a document
entitled “National Urban Policy”. The subjects tackled in the document include: shaping of space,
participation, municipal transport and mobility, low-emission and energy effectiveness,
revitalisation, investment policies, economic development, environmental protection and adaptation
to climate change, demographic challenges, management of urban areas. The national level urban
policies are also based on the Leipzig Charter on Sustainable European Cities
. The subject matter
of this document clearly show how important the principles of sustainable development are, and we
can also surmise that the concept of “smart city” is discussed in it.
In attempting to define smart cities, some researchers emphasise the differences between
intelligent cities and digital cities, pointing out the role of social and human capital, education,
partnership and environmental factors as the main driving forces behind city growth. Regardless of
which label we attach to a modern city, all of them represent an image of a city which has a vast
number of information processes, mechanisms to free creativity, facilitates the absorption of
innovation and has a sustainable approach to its development. Cities are such places. In constructing
the notion of creative class”, Florida includes, among others: scientists and engineers, university
The Leipzig Charter is an EU document which includes common rules for sustainable development of cities, adopted
on May 24-25 2007 in Leipzig by the ministers of member states and concerns the development of cities and territorial
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
lecturers, poets and writers, artists, entertainers, actors, fashion designers and architects, as well as
leaders of “fashionable societies”: non-fiction writers, editors and media people, influential pop
culture and elite culture figures, consulting teams and any other opinion-forming communities.
Apart from that, the creative class includes professionals in new technologies, financial, legal,
management and medical services - people whose work involves creative problem-solving and
seeking innovative solutions. It is thus the territory of high ability to learn and innovate, creative
and equipped with research and development facilities, higher education, digital infrastructure and
communication technologies, as well as a high level of management efficiency (Komninos, 2002).
The approach to urban development based on the concept of smart cities is the result of
the need to eliminate or limit detrimental phenomena in urban people’s everyday lives expressed by
today’s societies, as well as the opportunities afforded by the technical and technological
development, including IT. Significant problems of contemporary curban settings, also experienced
by Polish cities include:
increasing traffic congestion, generating time losses in transit,
lack of well-organised public transport,
the prevalence of cars as the main means of communication (road safety, collisions,
accidents, air pollution),
growing pressure on undeveloped, attractive land,
the loss of advantages in city centres, hazards originated by the weakening of social bonds
and the increasing prevalence of all types of social pathologies (Mierzejewska, 2008).
All of the above problems that occur in cities are solved at the level and speed available with
the financial means of these cities. The systemic approach to municipal governance is also
important, especially when combined with the ability to foresee the long-term results of
undertakings. The formulation of development strategy (directions, goals, tasks) and the selection of
priorities are equally important.
The main question that appears when classifying cities as smart concerns the stage of
development, at which a city may be considered such. Is a city, in which the actions described
above occur in just one area? Or should smart city be thought of globally and be considered smart
only when it meets the requirements in all six dimensions? What is the state we should aspire to?
In order to describe a city as smart, available and new resources, as well as possible
investments, have to be optimised. This is achievable through supporting advanced ICT, especially
in power engineering, technical infrastructure, public security, waste management and transport
(Lazaroiu, Roscia, 2012). It is also important to not invest in implementing advanced technologies
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
at the expense of other investments that lead to the development of the city and the improvement of
well-being. The authorities have to be aware that strong and positive developmental effects do not
have to come solely from the utilisation ICT (Anttiroiko, Valkama, Bailey, 2014).
3. The concept of “smart city” and the modern approach to managing public affairs
Public management derives from the universally known and used theory of organisation and
management, but significantly differs from managing private companies. The differences mainly
stem from the nature of both of these sectors. The first and biggest difference is that the public
sector organisation - the state or territorial government - is meant to serve the citizens (Markowski,
1999), fulfilling such functions as the provision of goods and public services. Moreover, other
differences can be found, such as the scale of activity, the number of employees or its close relation
to the political system, which often influences its goals, nature and methods.
The basic premises of public management were born as a criticism of Max Webber’s model
of ideal bureaucracy, although, as has been stressed in literature, the later managerial model of
public management maintains some of its rules (Hausner, 2008). The concept of New Public
Management is based on the introduction of professional management in the public sector through
clearly defined standards and benchmarks, enhanced control of results, improved financial
discipline, savings in all resources and competitiveness. Another theory, participatory management,
is characterised by the involvement of all stakeholders in the governance process, transparency of
procedures and decisions, as well as responsibility and the strive for sustainable development
(Hausner, 2008).
Public management may be construed in two ways: as management of public affairs and as
management in the public sector. The difference is only visible in the approach to management
itself (subjective in management of public affairs and objective in management in the public sector).
In both cases the management is performed by public bodies on the national or territorial level
(local government), which perform the tasks they were given by appropriate administrative acts.
The status and functioning of a city is regulated by the municipality government act and the
county government act (for city counties), that define their goals and rules, the competences of local
government representatives and bring order to the catalogue of tasks required to conduct public
affairs. City management is, of course, an area of public management, which involves influencing
people in order to make them perform specific tasks, as well as using municipal resources in order
to achieve specific goals (Markowski, 1999).
If we consider public management to be the search for effective organisation of the process
of performing public programs, we can conclude that management based on the idea of smart cities
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
has become a requirement for public authorities as far as making decisions concerning the
directions of urban development and the rules to be observed in decision-making processes in their
functioning are concerned. The choice of appropriate instruments to achieve the previously set goals
is an important matter. This means that a set of rules has to be developed, that would define the
methods of controlling and conducting urban development and would be used in relationships with
all stakeholders. Finally, the issue of the method and scope of utilisation of municipal resources in
the strive for improved quality of life is also important.
We should consider it obvious, that efficient city management entails consideration for all
aspects of its development. This means, that strategic documents that serve as instruments for the
local government’s decision-making process, cannot contradict one another. When making any
decisions concerning the city, local authorities have to consider its possible ramifications for all
areas - social, economic, spatial and environmental. Such behaviour can be considered to be in line
with the rules of sustainable development, which provides high environmental, economic, social
and spatial standards to all people using this city, as well as to all future generations, according to
the rules of intergenerational and intrageneretional equity. This concept thus assumes, that the needs
of the present generation can be fulfilled without jeopardising the future generations’ chances of
fulfilling them. This means making decisions in a way that leads to resource savings and the
decrease in material and immaterial costs of the city.
Recent years have seen a series of contextual transformations in public administration,
mainly involving the division of processes of production and provision of services, as well as the
search for creativity and innovativeness in providing public goods. Additionally, the development
of information society, knowledge-based economy and the digital technologies have forced the
public sector to change how services are provided.
Intelligent solutions in public service provision have been discussed among researchers and
politician since the 1990s, when the issue of digitization in public administration emerged
(Anttiroiko, Valkama, Bailey, 2014), first as the notion of intelligent community, then of intelligent
city and knowledge-based city (Komninos, 2002).
The transformation of the public administration’s service provision methods requires that
they become codified and formalised using advanced technologies, while digitisation in itself makes
the cost of the process lower. Additionally, more and more local services become available
globally. If we suppose that the implementation of new, advanced technologies in the system for
managing the city and its affairs is meant to improve the living conditions of the inhabitants and
lower the overall cost of the city, public authorities have to face the challenge of choosing specific
technologies. This may be hindered by the frequent lack of necessary technical skills of public
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
administration employees, as well as the recipients of such services. This may result in certain
solutions failing to become as effective as expected.
Smart city is not a traditional product, it requires some consideration of the direction of
municipal policies. City authorities may use the notion to create policies in various sectors, but we
should not forget, that marketing slogans have to be followed closely by real actions.
4. The concept of smart city in the principles of urban development policies in Poland
The smart city concept is still largely unknown in Poland and thus considered mostly in the context
of rationalisation of energy management or intelligent transport systems - it may seem that the latter
are among the most desirable smart systems. When analysing the strategic documents issued by
Polish cities, one can notice that they lack the comprehensive perspective of intelligent development
in all functional areas of the city. On national level, the Efficient State 2020 strategy developed by
the Ministry of Administration and Digitization can be considered partially compatible with the
concept. The main goals of the strategy are the effective and efficient public administration open to
cooperation with the citizens, as well as effective provision of public services using advanced
The global developmental trends are closely related to the transition to the era of IT
digitization happening in developed societies. The most visible signs of this process in larger scale
the growing significance of science and education in economy,
direct transformation of knowledge into a production resource,
diametrical and total transformation of all sectors of human life,
the creation of new professions with growing significance of the ability to collect, process
and use information.
In accordance with this rules, the rules for cities’ functioning and development will naturally
evolve towards sustainable development and the concept of smart city. Beneficial solutions
introduced in a given state or city, will be implemented in other urban areas, usually through
Despite the authorities’ investment efforts after World War II, Polish cities have still not
been sufficiently modernised or provided with modern infrastructure, and in fact it should be noted
that they are far behind European cities in this respect. The smart city concept in Poland is starting
to be perceived as a method of modernising the infrastructure of cities, which partly contributes to
reducing the costs of the city functioning. ICT technologies have been gaining popularity, although
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
the scope and scale varies depending on the city. This depends on the financial situation of the city,
the creativity of its authorities, knowledge, needs reported by the inhabitants and first and foremost
on the understanding and inclination of society to accept and be able to use the pioneering solutions.
Recent years have seen a number of initiatives implemented in Polish cities to improve the quality
of the technical infrastructure and availability of public services for the city dwellers. Measures
taken to improve urban transport, relating to power and heat consumption, as well as ITC projects
contributing to more efficient operation of offices (e-administration) and communication with
stakeholders, are of special interest.
Poznań and Łódź may be cited as good practical examples of cities implementing measures
as part of the concept of a smart city. Poznań has the fifth largest population in Poland (540 000). It
is a major road and railway hub in Poland with an international airport. Poznań is an important
academic centre with highly positioned industry (a well-developed creative industries sector), trade,
logistics and tourism. The city authorities undertook an initiative promoting modern solutions
facilitating the life of the inhabitants, related to the e-administration tool. Such undertakings fully fit
the “smart city” concept. Many transactions can now be done on-line, including car registration,
property tax issues and making an appointment in an office to avoid queuing. The city services also
make reporting an incident to the municipal police or finding a grave in a cemetery in Poznań
easier. Since 2013 there have been posters with QR codes to download audiobooks free of charge
on buses and trams.
Using the Internet in urban space has become easier owing to hot spots on trams and buses.
A network of mobile hot spots has been implemented under a project entitled “Wireless Poznań”
introducing free Internet use in the city centre. The services and mobile applications employed
facilitate buying tickets in the moBiLET system or paying for parking in paid parking zones using a
mobile phone. The Urban Multimedia Information Guide (Miejski Informator Multimedialny
MIM) is a joint enterprise of Poznań City Hall and the Poznań Supercomputer-Network Centre. It
has been developed using materials provided by the departments of the City Hall, institutions and
their partner institutions. MIM is the official website of Poznań City Hall. A document can be sent
to the Electronic Mailbox of Poznań City Hall and has the same legal status as a paper copy
submitted in person. Documents signed with a qualified digital signature can be sent to the
Electronic Mailbox as attachments. Poznań is regarded as the leader in electronic administration in
Łódź is the third largest city in central Poland, only 130 km from Warsaw. A unique
Electronic Traffic Control System is being implemented in Poland. The system gives right of way
to public transport. It covers a total of 240 crossroads that will be equipped with cameras for
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
monitoring and recognising registration plates. The images from the cameras will be sent to the new
traffic control centre. The bus and tram stops will be provided with 100 electronic passenger
information boards displaying the actual bus or tram timetables. GPS units installed in the public
transport vehicles will send information about their location to the system. Analysis of the actual
travel time will be made automatically. The main aim of the system is to give right of way to trams
and buses. They will send signals that will be captured by sensors along the public transport routes
and the sensors will communicate with controllers at the crossroads. This will result in switching
the traffic lights to give priority to the tram or bus. Additionally, nine boards will be installed in the
main streets of Łódź displaying information about traffic problems, traffic jams or recommended
alternative routes. The new system will be compatible with the system servicing Łódź regional
Tram (the tram line connecting the northern and southern parts of the city and running further on to
Pabianice). Public transport (MPK) passengers and drivers will be able to download free
smartphone applications with information about the waiting time for a bus or tram and traffic
problems. The Traffic Control System was activated in some parts of the city in November 2015
when the modernised East-West route connecting the two largest districts of Łódź, Widzew and
Retkinia, was opened
Under the smart city project the city authorities intend to take advantage of innovations to
improve the safety and living standard of the population. A modern IT infrastructure will operate in
the New Centre of Łódź. Then, intelligent monitoring will be added. This will allow analysing
adverse behaviour that can occur in public places. The system will also be useful for traffic analysis.
There are plans to install 275 cameras in 92 locations in the Centre. The new IT infrastructure and
data compilation in one place will help create different IT applications, some of which will be
tailor-made for the city authorities. Smartphone and tablet apps will include a passenger information
system (information about traffic jams, collisions and traffic obstacles), a “Street Bump” application
(to collect information about road holes, obstacles, unauthorised landfills and snow-covered
pavements) and an application providing information on culture and sports events.
It should also be noted, that the main EU priorities concerning cities include the support for
integrated municipal policies promoting sustainable development of urban areas in order to improve
the role of cities in the new cohesion policy. In the currently ending programming period, it was
decided that the role of cities in EU cohesion policies should be increased, mainly considering the
role of cities in achieving the goals of the Lisbon Strategy. This strategy is focussed on four areas:
The investment value amounts to 78 million PLN.
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
1. Innovation - in the context of knowledge-based economy.
2. Liberalisation of financial, energy, transport and telecommunication markets.
3. Promoting the development of enterprise, mostly through facilitating the foundation and
conducting business operations.
4. Strive for social cohesion through shaping a new model of providing social support.
The goal of Europe 2020 strategy is the achievement of intelligent ans sustainable
development that will foster social inclusion. Intelligent development is based on achieving positive
effects in education, scientific research and innovation, as well as on effective use of ICT. Three
main initiatives were identified in this regard:
1. A digital agenda for Europe - a unified digital market based on high speed data connections.
2. Innovation Union - improvement of the process of innovation and the utilisation of research
and development activities in eliminating the most important social and economic problems.
3. Youth on the move - enhancement of the attractiveness of European higher education and
facilitated access to foreign schools.
In the above strategy, sustainable development is based on the competitiveness of low-
emission economy, rational use of resources, intelligent energy and transport networks, as well as
the improvement of enterprise development conditions. Support is provided by two main initiatives
(Sikora-Fernandez, 2013):
1. Resource efficient Europe - providing energy security, limiting carbon dioxide emissions
and rationality in managing resources.
2. An industrial policy for the globalisation era - support for enterprise in reacting to changes
brought by globalisation and the economic crisis.
5. Concluding remarks
The development of high technologies which allows for fast, unlimited transfer of data, availability
of databases, appearance of effective and easily programmable infrastructure as well as a growing
network of sensors and steering modules all result in increasing computerised cities. The major
benefit of this general trend is that the quality of services provided to the inhabitants grows while
economies in terms of financial resources as well as time and energy which are required for the
city’s functioning are becoming a possibility. With reference to Polish cities however, a general
thesis is that their technological backwardness remains one of major barriers for decision making
and rational usage of resources.
Poland still faces the challenge of implementing the governmental Plan of Informatising
Poland. Its major objectives include:
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
ITC service provision which is well suited for the needs of citizens and business alike;
Improving the efficiency and effectiveness of public administration through implementation
of modern ITC technologies;
Creating conditions for development of information society.
What is more, local government authorities need to seek out solutions which would enable
them to use modern technologies in city management processes, in particular in terms of energy,
transport, housing, public safety and e-administration.
Introduction and development of ICT-based services in cities is nowadays an unavoidable
trend. Local and regional government authorities seem to recognize this fact ICT technologies are
and increasingly frequently implemented into the everyday routine of urban development.
Anttiroiko, A-V., Valkama P. and Bailey S. (2014), “Smart cities in the new service economy:
building platforms for smart services”, AI & Soc, Vol. 29, pp. 323-334
Caragliu, A., Del Bo Ch. and Nijkamp P. (2011), “Smart cities in Europe”, Journal of Urban
Technology, Vol. 18, No. 2, pp. 65-82
Florida, R. (2005), Cities and The Creative Class, Routledge, London.
Florida, R. (2014), The Rise of Creative Class, Basic Books, New York
Hausner, J. (2008), Public management (in Polish), Scholar, Warsaw
Hollands, R. (2008), Will the smart city please stand up? Intelligent, progressive or
entrepreneurial?, City, Vol.12, No. 3, pp. 303-320
Ishida, T. and Isbister K. (eds.) (2000), Digital Cities: Technologies, experiences, and future
perpectives, Springer-Verlag, Berlin
Komninos, N. (2002), Intelligent Cities: Innovation, Knowledge Systems and Digital Spaces,
Spon Press, London
Komninos, N. (2015), The Age of Intelligent Cities. Smart environments and innovation-for-all
strategies, Routledge, New York
Lazaroiu, G.C. and Roscia, M. (2012), “Definition methodology for the smart cities model”,
Energy, Vol. 47, Issue 1, pp. 326-332
Lombardi, P., Giordano S. and Farouh H. and Wael Y. (2012), Modelling the smart city
performance, Innovation: The European Journal of Social Science Research, Vol. 25, No. 2, pp.
Markowski, T. (1999), Managing urban development (in Polish), PWN, Warsaw
Dorota Sikora-Fernandez, Danuta Stawasz -The Concept of Smart City in the Theory and Practice
of Urban Development Management
Mierzejewska, L. (2008), “Smart growth as an urban development model” (in Polish), in
Wspolczesne kierunki i wymiary procesow urbanizacji, University of Opole, Opole, pp. 49-64
Murray A., Minevich M. and Abdoullaev A. (2011), The Future of the Future: Being smart
about smart cities <
Nowakowska, A. (2011), Regional dimension of innovation proceses (in Polish), University of
Lodz, Lodz
Roller, L-H. and Waverman L. (2001), Telecomunication Infrastructure and Economic
Development: A Simultaneous Approach, American Economic Review, Vol. 91, No. 4, pp. 909-
EC (European Commision) (2012), “Smart cities and communities european innovation
partnership <>
Stawasz, D., Sikora-Fernandez D. and Turała M. (2012), Smart city concept as a factor for
decision making in city management” (in Polish), Studia Informatica (in Polish), Vol. 29, Szczecin,
pp. 97-109
Sikora-Fernandez, D. (2013), Smart city concept in the assumptions of the urban development
policy polish perspective” (in Polish), Acta Universitatis Lodziensis Folia Oeconomica, No. 290,
University of Lodz, Lodz, pp. 83-94
Stryjakiewicz, T. and Stachowiak, K. (2010), Conditions, the level and dynamics of the
creative sector development in metropolitan area (in Polish), Bogucki Wydawnictwo Naukowe,
Szymańska, D. (2007), Urbanization in the world (in Polish), Wydawnictwo Naukowe PWN,
Tranos, E. and Gertner D. (2012), “Smart networked cities?”, Innovation The European
Journal of Social Science Research, Vol. 25, No. 2, pp. 175-190
Van der Meer, A. and Van Winden, W., (2003), E-governance in Cities: A Comparison of
Urban Information and Communication Technology Policies, Regional Studies, Vol. 37, No. 4, pp.
... Perception of the SC concept from a purely technological approach of technological tools and innovations shifted to the concept of a systematic development strategy that focuses on several development areas of the city. This development strategy aroused a trend of modern and innovative cities -Smart cities (Sikora-Fernandez, 2016). While such a trend brought various approaches to designing the SC conceptual model into strategic urban planning processes, its implementation and methodological basis stay "unknown" (Neirotti, 2014;Zubizarreta, 2015). ...
Full-text available
The Smart City concept is often debated in academic, corporate, and institutional spheres, highlighting its conceptual model variations and technological interests. Many cities have decided to implement the Smart City concept as another development strategy with the vision of growth and efficiency enhancement. Such strategy refers to an extra instrument, in many cases, for bridging technological-based solutions with urban development. However, a social aspect is increasingly considered as the missing piece in the Smart City concept. This paper examines the presence of socio-economic aspects in the Smart City conceptual model and the difference by its practical implementation, searching specifically for cultural heritage. The paper uses case studies to investigate the models of cultural heritage integration in different existing Smart strategies of the historical cities and cities significant for their cultural heritage. Case studies aim to provide an oververview of Smart strategies and Smart technologies, that support cultural heritage as one of the main aspects of its development and address its global challenges. The paper provides a critical view of Smart strategies based on technological innovations in historical cities, where the aspect of cultural heritage as an identity creator was neglected. The research addresses the overall position of the Smart City strategy in the strategic planning framework. It draws attention to coherence with other development strategies searching for cultural heritage objectives, in the case study of Nitra. The paper concludes with recommendations for positioning Smart City's strategy in strategic planning frameworks.
... Inovasi smart city merupakan perkembangan lanjutan teori pertumbuhan ekonomi neo klasik [3]. Teori pertumbuhan ekonomi neo klasik, yang dirintis oleh Robert Solow dan Trevor Swan, berkembang sejak tahun 1950-an. ...
Full-text available
p> Smart city adalah sebuah konsep perencanaan wilayah kota yang mengedepankan peran teknologi diimbangi dengan kebijakan pemerintah sebagai pendukung penerapan smart city . Penelitian ini bertujuan untuk menganalisis tingkat kesiapan Kabupaten Jember menerapkan konsep smart city menggunakan alat analisis Weight Means Score dan untuk menganalisis strategi perencanaan dengan alat analisis SWOT. Hasil analisis weight means score menyimpulkan bahwa variabel smart governance, smart economy, smart branding , dan smart society berada di kategori siap, smart living kategori sangat siap, dan smart environment kategori cukup siap. Analisis tingkat kesiapan diperuntukkan kepada pemerintah Kabupaten Jember agar mendapatkan pandangan dalam mengambil kebijakan dan mengelola prosedur tepat sasaran. Hasil analisis SWOT menyimpulkan bahwa keenam variabel smart city menggunakan strategi ( strengths opportunity ) di kuadran satu, yaitu memaksimalkan kekuatan internal untuk menangkap peluang demi mendukung program smart city Jember. </p
... Schaffers (2010) defines Smart City as a city that can use human resources, social capital, and modern telecommunications infrastructure to realize sustainable economic growth and high quality of life, with wise resource management through public participation-based governance [14]. Finally, the summarizes of the definition of the smart city concept from various studies into dimensions which include (1) intelligent economy, (2) intelligent mobility, (3) intelligent environment, (4) intelligent government (5) intelligent society, and (6) intelligent environmental conditions (home, office, etc.) [15]. The aim is to address social, economic, and environmental issues [16] involving multi-actor, multi-sector and multilevel perspectives [17].In Indonesia, the term smart village may not be well known as a smart city, because it was only introduced in the last few years in line with the Village Law number 6 of 2014 article 86 which gives freedom to villages in managing access to information and increasing economic growth. ...
Conference Paper
Full-text available
Abstract— The development of digital villages is a solid foundation for the successful implementation of village development. The study has identified 4 factors of the digital development measurement model (Information Communication Technology) and examined their impact on social life improvement. There are 5 phases of the digital development path in the village, namely offline, Infusing, Transforming, Leading, and Smart phases. This digital village development measurement was tested in two different types of village ecology, namely coastal and mountain villages in Banyuwangi, Indonesia. This measurement can help the village to know the current situation of the digital development of the village. The measurement results show that the village is in the transforming stage with an index value of 2.08. Other findings also show that villages have been able to reduce the digital divide, but face a second-level gap in digital inequality. An equally interesting finding is that mountain villages, which have been known to be closely compared to coastal villages, have been disrupted with the higher digital index. The advancement of these estimation results could be the subsequent stage in making arrangements to improve their village development in the future. Keywords: ICT Model, Rural Coastal, Development, Mountains, Rural Digital Index.
... The first mention of the term "Smart city" date back to the early 2000's [1]. The smart city concept initially described how to use IT infrastructure to create a virtual entity of a city in the information society [2]. ...
Full-text available
İnsanlığın sosyolojik gelişimi içinde kentin her zaman ayrı bir yeri ve önemi bulunmaktadır. Kültür, medeniyet, teknik ve bilimde kaydedilen gelişmeler ile kent ve kentleşme olgusunda görülen gelişmeler paralellik göstermektedir. Tarım toplumundan sanayi toplumuna geçiş, üretim yöntemlerinin gelişimi, tüketim alışkanlıklarının değişimi, teknolojik gelişmeler ve küreselleşme gibi sosyal, kültürel ve ekonomik değişimler kentleri de etkilemiştir. Kentlerin yönetilmesi, çok eski uygarlıklardan bu yana, insan topluluklarının tartıştığı konulardan biridir. Kentlerin kurulması, planlanması ve yönetilmesi, sosyal, ekonomik ve kültürel değişimlerle şekillenmiş, demokrasiden ve yurttaş katılımından olduğu kadar, bilimsel ve teknolojik gelişmelerden de etkilenmiştir. Yirminci yüzyılın son çeyreğinde, doğal kaynakların gelecek nesillerin ihtiyacı da gözetilerek kullanılması anlayışı gündeme gelmiştir. Sürdürülebilirlik olarak ifade edilen bu anlayış, çok boyutlu bir kalkınmanın birincil şartı olarak görülmüş ve çevre, kent, turizm gibi alanların da benimsediği bir kavram olmuştur. Sürdürülebilir kalkınma, sürdürülebilir turizm ve sürdürülebilir kent kavramlarının yaygınlaşmasının temelinde beşerî faaliyetler sonucunda kaynakların kirlenmesi ve tükenmesi bulunmaktadır. Kirlilik ve yok olma tehlikesi, en çok da, insanların yoğun olarak yaşadığı kentler ve çevresindeki kaynaklar için söz konusu olmaktadır. İnsanların sağlıklı bir çevrede yaşaması, doğal kaynakların korunması ve sürdürülebilirliği ile yakından ilgilidir. Sürdürülebilirlik, kaynakların etkin, verimli ve ekonomik kullanılmadığı, hızla tüketildiği veya kirletildiği, geleceği düşünmeyen bir anlayışı reddetmektedir. Sürdürülebilir kent yaklaşımı ise, kenti sadece sosyal, kültürel, politik yönleriyle değil, aynı zamanda çevresel ve ekonomik olarak da değerlendiren bir kavramdır. Sürdürülebilir bir kent, başta entegre ve sürdürülebilir bir atık sisteminin olduğu, fosil yakıtlardan giderek uzaklaşılarak yenilenebilir enerji kaynaklarının daha çok kullanıldığı, çevre dostu uygulamaların kullanıcı dostu (kullanım kolaylığı ile) bir biçimde sunulduğu, akıllı kent uygulamalarının geliştirildiği, iklim-bilinçli (climate-smart) kent anlayışının benimsendiği bir kent tasarımını öngörmektedir. Bütün bunlarla birlikte, kentle ilgili kararların kentli yurttaşlarla ve paydaşlarla birlikte alındığı, onların tüm süreçlerde etkin rol aldığı bir anlayışla desteklenmelidir. Bu çalışmada, genel bir değerlendirmeyle geleceğin kentini tasarlamak veya kentleri yeniden kurgulamak şeklinde ele alınabilecek sürdürülebilir kent anlayışı ve ilgili diğer kent girişimleri üzerinde durulacaktır. Bu bağlamda, sürdürülebilir kent (sustainable city), dijital kent (digital city), teknolojik kent (techno-city), zeki kent (intelligent city), akıllı kent (smart city), yeşil kent (green city), çevreci kent (eco-city, ecological city), iklim-bilinçli kent (climate-smart city), yaşanılır kent (liveable city), biyofilik kent (biophilic city) gibi yeni kavramlar incelenecektir. Çalışmanın amacı, geleceğin kentini bir yönüyle açıklamaya çalışan bu kent girişimlerinin boyutları ve bileşenleri hakkında bilgi vermek, sürdürülebilirlik ekseninde bir analiz ve değerlendirme yapmaktır.
Cities are investing in smart technologies to improve efficiency, resilience against cyber attacks and quality of life for their residents. They provide enhanced services and can largely benefit the environment too. However, there are a variety of security implications during the transition towards a smart city. For example, anticipated risks have an impact on the citizens’ safety, privacy and access to critical national infrastructure. Therefore, smart technologies must be carefully planned to maintain efficiency, security and overall desirability. We follow a holistic approach to review these risks with a proposed CyberSmart framework focusing on four domains namely Cybersecurity risk, Cyber Resilience, Data protection and privacy, and Governance (CRPG). The discussion is formed around data privacy alongside strategic solutions to address related aspects such as the management of operational risk, key stakeholder complexity, and lack of trust in new devices. The proposed framework helps to identify and build mitigating actions to support incident response planning with a focus on prevention and management. It also demonstrates the importance of collaboration to address resilience at a strategic level.
As the world becomes more urbanized and poverty and food insecurity rise, it is inevitable that varied forms of urban agriculture (UA) will play an important role in the future of the global food system. Food security presents a global challenge particularly among vulnerable groups and the poor and the great cities of Africa are no exception. This study presents an overview of two African cities and the evolving presence of UA in these cityscapes. It is an attempt to examine and explore the potential of smart cities toward supporting urban agricultural practices in Africa. The 1st part of the study provides a brief conceptual background on smart cities and UA in the African context, while the 2nd part provides an overview of the development of two smart cities, namely, Cape Town (South Africa) and Arusha (Tanzania) specifically.
Full-text available
Modern cities face many challenges related to globalisation, metropolisation and digitalisation. The smart city concept, which has been gaining popularity in recent years, is considered an answer to their needs. One of the paradigms of modern smart cities is the Internet of Things. This article aims to identify the main research directions and trends in the scientific literature in the field of Internet-of-Things-based smart cities. The author of the paper conducted a bibliometric analysis of publications from 2012–2021, collected from the Web of Science, Scopus and IEEE Xplore databases. The methodology includes: (i) the selection of databases and key words, (ii) defining search criteria, (iii) data export, creation of an aggregate database and record selection, and (iv) the analysis of the results and identification of the major research trends. The study involved 1019 publications. The last stage of the research process identified the leading countries, institutions, journals, and authors in terms of publication activity, as well as the most frequently occurring terms. The key word analysis allowed identifying five main research directions: IoT application domains in smart cities, IoT architecture for smart cities, energy, security and privacy and data. Within each area, the main research themes have been identified, and selected publications have been reviewed.
A mathematical model of the problem of parametric vibrations of viscoelastic rectangular orthotropic plates of variable thickness under periodic load is given in the paper on the basis of the Kirchhoff–Love hypothesis in a geometrically nonlinear statement. The mathematical model of this problem is constructed taking into account the propagation of elastic waves. Using the Bubnov–Galerkin method, based on a polynomial approximation of deflection and displacements, the problem is reduced to solving systems of nonlinear integro-differential equations with variable coefficients. The effects of viscoelastic properties of the material and changes in thickness on the oscillation process are studied.
The meaning of the term smart city has undergone changes over the last decades. However, smart city services nowadays are gaining popularity worldwide. Russia is not an exception. Since early 2000s smart city market is growing steadily and, according to forecasts, will continue to grow. Today, the possible applications of smart city services cover a wide range of sectors—from energy production, distribution, and consumption to sustainable mobility and waste management. All the innovative services require millions of monitoring sensors and control devices to be connected between each other and to a management platform. Hence, new types of wireless communication networks that meet the specific requirements of smart city services are needed. LoRaWAN is the most promising (machine-to-machine (M2M) communication technology among other LPWANs such as NB-IoT and Sigfox. Conducted field study of LoRaWAN gateway coverage in different conditions shows the LoRaWAN attenuation coefficient in conditions of city center and outskirt and reveals the factors on which the signal attenuation coefficient depends.
Full-text available
This book concludes a trilogy that began with Intelligent Cities: Innovation, Knowledge Systems and digital spaces (Routledge 2002) and Intelligent Cities and Globalisation of Innovation Networks (Routledge 2008). Together these books examine intelligent cities as environments of innovation and collaborative problem-solving. In this final book, the focus is on planning, strategy and governance of intelligent cities. Divided into three parts, each section elaborates upon complementary aspects of intelligent city strategy and planning. Part I is about the drivers and architectures of the spatial intelligence of cities, while Part II turns to planning processes and discusses top-down and bottom-up planning for intelligent cities. Cities such as Amsterdam, Manchester, Stockholm and Helsinki are examples of cities that have used bottom-up planning through the gradual implementation of successive initiatives for regeneration. On the other hand, Living PlanIT, Neapolis in Cyprus, and Saudi Arabia intelligent cities have started with the top-down approach, setting up urban operating systems and common central platforms. Part III focuses on intelligent city strategies; how cities should manage the drivers of spatial intelligence, create smart environments, mobilise communities, and offer new solutions to address city problems. Main findings of the book are related to a series of models which capture fundamental aspects of intelligent cities making and operation. These models consider structure, function, planning, strategies toward intelligent environments and a model of governance based on mobilisation of communities, knowledge architectures, and innovation cycles.
Full-text available
Recent changes in service environments have changed the preconditions of their production and consumption. These changes include unbundling services from production processes, growth of the information-rich economy and society, the search for creativity in service production and consumption and continuing growth of digital technologies. These contextual changes affect city governments because they provide a range of infrastructure and welfare services to citizens. Concepts such as ‘smart city’, ‘intelligent city’ and ‘knowledge city’ build new horizons for cities in undertaking their challenging service functions in an increasingly cost-conscious, competitive and environmentally oriented setting. What is essential in practically all of them is that they paint a picture of cities with smooth information processes, facilitation of creativity and innovativeness, and smart and sustainable solutions promoted through service platforms. This article discusses this topic, starting from the nature of services and the new service economy as the context of smart local public services. On this basis, we build an overall framework for understanding the basic forms and dimensions of smart public services. The focus is on conceptual systematisation of the key dimensions of smart services and the conceptual modelling of smart service platforms through which digital technology is increasingly embedded in social creativity. We provide examples of real-life smart service applications within the European context.
Full-text available
The choice of an appropriate social rate of discount is critical in the decision-making process on public investments. In this paper we review the literature on social discounting, and address in particular a recently growing field of related research, that is, individual time preferences. We argue that an explicit consideration and analysis of the behaviour of individuals regarding the concept and the use of an appropriate social discount rate are essential for balanced decision making in the public sector, especially, though not exclusively, in the field of resource or environmental policy.
This paper aims to offer a profound analysis of the interrelations between smart city components connecting the cornerstones of the triple helix. The triple helix model has emerged as a reference framework for the analysis of knowledge-based innovation systems, and relates the multiple and reciprocal relationships between the three main agencies in the process of knowledge creation and capitalization: university, industry and government. This analysis of the triple helix will be augmented using the Analytic Network Process to model, cluster and begin measuring the performance of smart cities. The model obtained allows interactions and feedbacks within and between clusters, providing a process to derive ratio scales priorities from elements. This offers a more truthful and realistic representation for supporting policy-making. The application of this model is still to be developed, but a full list of indicators, available at urban level, has been identified and selected from literature review.
Cities and regions have long captured the imagination of sociologists, economists, and urbanists. From Alfred Marshall to Robert Park and Jane Jacobs, cities have been seen as cauldrons of diversity and difference and as fonts for creativity and innovation. Yet until recently, social scientists concerned with regional growth and development have focused mainly on the role of firms in cities, and particularly on how these firms make location decisions and to what extent they concentrate together in agglomerations or clusters. This short article summarizes recent advances in our thinking about cities and communities, and does so particularly in light of themes advanced in my recently published book, The Rise of the Creative Class, which focuses on diversity and creativity as basic drivers of innovation and regional and national growth. This line of work further suggests the need for some conceptual refocusing and broadening to account for the location decisions of people as opposed to those of firms as sources of regional and national economic growth. In doing so, this article hopes to spur wider commentary and debate on the critical functions of cities and regions in 21st–century creative capitalism.
Conflicts are emerging between humans and wildlife populations adaptable to the high density of humans found in urban and suburban areas. In response to these threats, animal control programs are typically designed with the objective of establishing and maintaining a stable population. This article challenges this view by studying the management of urban deer in Irondequoit, NY. Pulsing controls can be more efficient than steady-state regimes under a wide range of conditions in both deterministic and stochastic environments, but potential gains can be dissipated by management constraints. The effect of citizen opposition to lethal control methods is also investigated.
The Rise of Creative Class, Basic Books Public management (in Polish Will the smart city please stand up? Intelligent, progressive or entrepreneurial?
  • R J Florida
  • R Warsaw Hollands
Florida, R. (2014), The Rise of Creative Class, Basic Books, New York Hausner, J. (2008), Public management (in Polish), Scholar, Warsaw Hollands, R. (2008), " Will the smart city please stand up? Intelligent, progressive or entrepreneurial? ", City, Vol.12, No. 3, pp. 303-320
Smart city concept as a factor for decision making in city management
  • D Stawasz
  • D Sikora-Fernandez
  • M Turała
Stawasz, D., Sikora-Fernandez D. and Turała M. (2012), "Smart city concept as a factor for decision making in city management" (in Polish), Studia Informatica (in Polish), Vol. 29, Szczecin, pp. 97-109