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Nicos KomninosURENIO Research, Aristotle University of Thessaloniki
Intelligent Cities: A new planning paradigm15 years research at URENIO
3. Applied Research at URENIO: Developing solutions for intel cities
2. Theoretical Research at URENIO: Models for intelligent cities
1. Introduction: Intelligent/smart cities as a new planning paradigm
Intelligent / smart cities: A new topic – a rising literature (2001-2015)
Data source: Google Scholar (05/03/2016) patents and citations not included
Intelligent / smart cities literature: turning point 2010
0
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"Intelligent city" "Intelligent cities" "Smart city"
"Smart cities" Total
Genesis of the need for intelligent cities
URBANISATION
The smart city as a geographical space able to manage resources and waste of rising urban population in a sustainable way
The contemporary urban economy and society has become knowledge-based and innovation-led: Knowledge cities, innovation cities, innovating cities, creative cities. R&D, knowledge and innovation are main drivers of city’s development. City governance and planning are moving towards public-private partnerships and triple-helix alliances.
INNOVATION –LED URBAN DEVELOPMENT
Genesis of conditions for the creation of ICs
CONNECTED INTELLIGENCE
A new spatiality / layer (digital / intelligence) has been added on the urban agglomeration, activities, infrastructures, regulation and planning. It is composed of broadband networks, user interfaces, content applications, and e-services. All these artcrafts create un umbrella of communication and cooperation over the cities, locally and globally.
DIGITAL SPACE
1. Evolution of systems of innovation and rise of intelligent cities
2. Structure: City-Innovation-Digital layers
3. Functioning of ICs: Innovation circuits C1 (digital), C2 (decision), C3 (behaviour)
4. Knowledge functions on physical, institutional, digital spaces
5. Models of spatial intelligence: agglomeration of apps, orchestration, empowerment, instrumentation)
6. Strategic planning. A roadmap of 3 stages and 7 step
7. Governance: Actors – Architectures of intelligence – Activities & innovation-for-all
8. Typology of strategies
9. Ontology of intelligent city / ontologies of smart city apps
10. Design and development of smart city applications
11. Measurement and benchmarking for IC performance
12. Challenges / problems to solve:
o Smart cities - smart growth
o Employment and start-ups
o Safety and security in the city
o Environment, climate change, zero emissions
1.1. Intelligent / smart cities: theoretical research on IC models
MIT Smart Cities Group: “The new intelligence of cities, resides in the increasingly effective combination of
digital telecommunication networks (the nerves), ubiquitously embedded intelligence (the brains), sensors
and tags (the sensory organs), and software (the knowledge and cognitive competence)”.
URENIO Research: “The term ‘intelligent city’ describes a territory (community, district, cluster, city, and
city-region) with four main characteristics: (1) a creative population and developed knowledge-intensive
activities, (2) embedded institutions and routines for knowledge creation (3) a developed broadband
infrastructure, digital spaces, e-services, and online knowledge management tools; and (4) a proven ability
to innovate”.
European Smart Cities: “A Smart City is a city well performing in 6 characteristics, built on the ‘smart’
combination of endowments and activities of self-decisive, independent and aware citizens: (1) Smart
economy (competitiveness), (2) Smart people (social and human capital), (3) Smart governance
(participation), (4) Smart mobility (transport and ICT), (5) Smart environments (natural resources), and (6)
Smart living (quality of life)”
IBM Smart Planet Initiative: "A smarter city is one that uses technology to transform its core systems and
optimise the return from largely finite resources. By using resources in a smarter way, it will also boost
innovation, a key factor underpinning competitiveness and economic growth”.
1.1. Intelligent cities: Multiple definitions, but convergence in concept
Source: Wordle visualisation
1.1. Intelligent cities: Multiple definitions, but convergence in concept
Cloud CoreSmart City Apps
Valladolid
Agueda
Manchester
Thessaloniki
X Smart Mirror
X Smart Mirror
X Smart Mirror
X Smart Mirror
Cluster
District
Infra
All
All
Gov
Living
Perimeter
REGIONAL SYSTEM OF
INNOVATION
Innovation Financing
Banks, Business Angels,
Venture Capital, Regional
Incentives
Technology Transfer
Organisations
Tech Parks, Tech Networks,
Brokers, Consultants
Universities /
Research
Institutes
Public R&D
Laboratories
Private R&D
and Training
Centres
Technology Information System
Patents, Standards, Technical
Publications, Emerging Markets,
Foresight
CLUSTERS
Group of companies in co-
operation
Vertical / Horizontal
Industry clusters and
sectors
Housing Districts
University
Science Parksand Incubators
Transporthubs
CBDPort district
City and Districts
Digital space – smart technologies level
Knowledge and innovation level
People, activities, infrastructure level
N S C A
S N P O
P A I
1.2. Structure: Three building blocks, evolutionary process
1.2. Structure: (1) The urban space layer
Industry clusters and
sectors
Housing Districts
University
Science Parksand Incubators
Transporthubs
CBD
City and Districts
Port
The city of users and practicesPeoplePractices that take place in citiesAgglomeration and clusters City districts and neighbourhoodsThe form of the city / buildings becomes background for augmented reality applications
Technology transfer Reverse engineering R&D based NPD
Networking achitectures
Company (ies)
Supliers
Supliers
Supliers
Supliers
Government Regional policy; Strategic
planning; Business associations; Stakeholders
FinancingBanks, Business Angels,
Venture Capital, Regional Incentives, Crowdfunding
Technology and Information Intermediaries
•Technology transfer agencies; Consultancy; Tech Networks;
Patents; Standards; Market watch
Public R&D
Private R&D
Customers
Customers
Users
University R&D
Businesssectors
Businessclusters
1.2. Structure: (2) The innovation space layer
CLOUD
INTERNET OF THINGS
QR CODES –AUGMENTED REALITY
User-driven in smart environments
User-driven innovation and glocal collaboration Evolution towards open, user-driven systemsInnovation networks merge with Internet networks Cyber-physical systems of innovation
15
1.2. Structure: (3) Digital space layer
The digital space ofBroadband networks and accessWeb / data technologiesSoftware applicationsE-services
City’s digital spaces and smart environments Broadband, sensors, digital
skills, data, software applications, e-services
City’s innovation systemChanging the city’s routines Policy and city planningPrivate and public investmentUser-driven, bottom-up innovation
Institutions for innovation
CityA system of systems
Routines within subsystemsNeeds, requests, problems Innovation circuit 1
Innovation circuit 3
Innovation circuit 2
Subsystem production
Subsystem living
Subsystem transport / utilities
Subsystem governance
1.3. Operation
Digital City Kyoto – 3D representation
Digital Corfu - Panoramic Taipei Street View – 3D scanning
1.3. Operation: Creation of representation intelligence (mirror cities)
Sto
ckh
olm
, S
tokab
Manchester, East Serve district
Singapore, Intelligent Nation 2015
Housing
Mobility
Health
Helsinki
1.3. Operation: Creation of collective intelligence (web 2.0 cities)
Intelligent Cities trilogy: Routledge 2002, 2008, 2014
Publications: Intelligent cities as ecosystems of innovation
Intelligent Clusters, Communities and Cities: Enhancing Innovation with Virtual Environments and Embedded Systems (2009)
Smart Applications for Smart Cities: New Approaches to Innovation (2012)
Smart Cities and the Future Internet in Europe(2013)
Smart Cities and Cloud Computing(2016)
Special issues in academic journals
Software applications
Applied research at URENIO
Cyber-physical systems of innovation
Strategic planning for IC
http://apps4bcn.cat/en/
http://mashable.com/2012/12/26/urban-tech-wish-
list/?utm_source=feedburner&utm_medium=feed&utm_
campaign=Feed%3A+Mashable+%28Mashable%29
3.1. Software applications: Solutions every city should have
Innovation economy• Investment and entrepreneurship• Creativity, research, and innovation • Work and labour markets• Products and services markets • Collaboration, clusters, districts
City infrastructure and utilities• Mobility, transport and parking• Energy saving, smart grid, RES• Water management and saving• Waste collection / reuse• Broadband, wired and wireless
Living in the city – quality of life• Housing • Health and social care• Education • Recreation and sports• Environment, safety and security
City governance• Decision making / e-democracy• Government services to citizens• City planning / city management• Monitoring and benchmarking
Innovation-for-alluser driven innovation / global
innovation networks
Tech : Big data / distributed cognition / adaptive spaces
Safety into the city
Tech: Real time alert and response / biometric
authentication
Open governance: transparency, accountability
Tech: Open data / semantic web
Saving resources and infrastructure
Tech: Sensor networks, smart meters, smart grid, forecasting
3.1. Software applications: Innovation-led development
SMART MARKETPLACEAggregation of commercial shops located in an area. Subsystems: business directory, virtual marketplace with e-shops, coupon site of promotional codes, review engine.
TECHNOLOGY OFFERRepository of technologies. Valorisation space for technical, IPR, market and funding issues. Agreement Space for negotiation
CITY BRANDING Points of Interest (POIs) in a city. Monuments, streets, squares, historical sites, recreation facilities. POIs connected to offer of goods and services
LIVING LAB SPACEThe LL application enables user-driven innovation and collaboration in the development and commercialisation of new products and services
CROWD-FUNDINGAlternative investments offered to specific goals, such as urban renewal, social entrepreneurship, NGOs actions, activism, social care in the city
3.1. Software applications: Transparent governance
IMPROVE MY CITYThe application gathers citizens requests, complaints and suggestions and administer the
response of authorities to reporting of non-emergency issues at any domain of the city life: environment, mobility, safety, crime, public space, buildings and monuments, and other. ImC allows citizens to report issues from their home using the web version, or while on the street using the mobile app (iOS & Android). Users may add comments, suggest solutions for improving the environment of their neighbourhood or add video and photos
PERFORMANCE BENCHMARKINGThe Benchmarking application enables the comparative assessment of energy or other resources use in public buildings. A deeper understanding is achieved through carefully chosen indicators and metrics that allow for observing how features and properties are distributed into a population of reference and which is the relative position of an entity into this population.
VISUALISATION of ADMINISTRATION DATAThis application enables the visualisation of key indicators and variables included in a dataset (budget, resources, capabilities, infrastructure, etc.). The application consists of five components, which offer the possibility to visualize main properties of the dataset: bar charts and pie charts that show trends and distributions; scatter-plots that reveal correlations between indicators; a node map which plots relationships among entities of the dataset; and a word cloud for the visual representation of content and text data.:
Technology Park University of Bremen, GE City of Thermi, Thessaloniki, GR
Vitry-sur-Seine, Paris, FR Abando District, Bilbao, ES
PEOPLE: FOUR PILOTS
Thermi City Center
STORM CLOUDS project, FP7, CIP-ICT-PSP : Open source and cloud computing
CoreSmart City Apps
Valladolid
Agueda
Manchester
Thessaloniki
X Smart Mirror
X Smart Mirror
X Smart Mirror
X Smart Mirror
Cluster
District
Infra
All
All
Gov
Living
Perimeter
Source: https://www.readwriteweb.com/
cloud/2011/04/the-cloud-stratosphere-infogra.php
Cost reduction
High fluctuation of demand
Cloud-based economiesZero entry cost
Scalability of costs
Pay-per-use
Costs corresponding to usage and revenues
Quality of service increase
No need of apps installation
Central update of versions
User empowerment
Instant scalability
Security against cyber threats and cyber crime
Trust, accountability, transparency. Reliability of complex infrastructure
Analytics and benchmarking
Disruptive business models: improved quality of service at low cost
STORM CLOUDS project: Combining open source and cloud computing
The city as agglomeration of applications over districts & nets
CBD / historic centerIndustrial districtsTechnology districtsUniversity campusTransport hubsPort area
Transportation networksEnergy networksBroadband networks
3.2. Behind the applications: Strategic planning for intelligent cities
City / Community Innovation ecosystem Digital space - apps
DISTRICT of REFERENCE
Social, physical space and infrastructureActivities / production systemSocial groups, cluster referenceHuman cooperation networks
Problems to solve
KNOWLEDGE PROCESSES
Intelligence information: collecting and distributing information
Acquisition / assimilation technology
Development of new services / products. Optimizing existing processes.
Dissemination of information, promotion services
Operated by a regional
back-office
Software platform
Data integration model
Foresight
Regional statistics
Regional performance
Sector performance
Market watch
R&D watch
Tar
get G
roup
s
Information portal, reporting,
alert, newsletter
Company audits
Authors Integrator Users
Feed back
+
+
3.2. Strategic planning for intelligent cities: How the layers get connected
3.2. Strategic planning for intelligent cities: A roadmap
1. The city: Physical and social characteristics, metrics, and challenges
2. The innovation ecosystem: Top-down / bottom-up change drivers
3. The digital space: Technologies and solutions for smart environments
Baseline conditions Strategy Development Implementation
4. Layers integration &
spatial intelligence
Knowledge functions at physical – institutional -
digital spaces
Collective intelligenceTechnology learning
Collaborative InnovationDissemination
5. IT solutions and e-
services development for each district.
6. Business models for
sustainability of e-services
7. Measurement index:
Documentation of impact, innovation, intelligence
Start of process
Multiple input
Subroutine
Subroutine
And /Or
Junction
Outcome / Export
End of cycle
3.2. FIREBALL project – FP 7 programme, FIRE
A series of case studies and white papers on smart city strategies and the role of future Internet technologies
Connecting smart cities – Living labs –Future Internet technologies
Creating a network among these communities
3.2. Intelligent Thessaloniki: (1) district focused, and (2) sector focused
In each district. Focus on the community / innovation ecosystem of the districtDevelopment of high speed broadband network: wired and wirelessFree internet users and businessesIntelligent environment applications: resource saving and optimizationNew e-services: digital markets, market intelligence, acquire technology, new product development, promotion and marketingUser and business training to create, give content, and use applications
“There are many diverse players who make the city: Business people, residents, commuters, elected officials, among others, that make millions of decisions each day which add up to the evolving form, structure, and character of cities.
These decisions are largely beyond the reach of any formal urban policy or plan, much less of any top down regulatory strategy. Many agents in such a system produce a self organizing strategy that effectively deals with a complex and `out of control’ environment.
Complexity theory shows how a distributed network of agents can produce outcomes that are coordinated and demonstrate intelligence collectivelythan individually.”
Innes, J. and Booher, D. (2000) Indicators for Sustainable Communities: A Strategy Building on Complexity Theory and Distributed Intelligence, Planning Theory & Practice, 1:2, 173-186,
3.2. Intelligent city strategy: Distributed intelligence into heterogeneous systems
3.3. Going deeper into the drivers of intelligence: Smart systems of innovation
“I think of intelligence as the high-end scenery of neurophysiology -the outcome of many aspects of an individual’s brain organization which bears on doing something one has never done before….
I like Jean Piaget’s emphasis that intelligence is what you use when you don’t know what to do.
This captures the element of novelty, the coping and groping ability needed when there is no ‘right’ answer, when business as usual isn’t likely to suffice”.
Calvin, W. H. (1998) How Brains Think. Evolving
Intelligence, Then and Now, London: Phoenix.
BA
H s
urv
ey 2
013:
The g
lobal in
novation 1
000. N
avig
ating t
he d
igital fu
ture
3.3. Smart environments for innovation
CROWD-R&D
CROWD-FUNDING
CROWD-DATA
CROWD-IDEAS
LANDSCAPE
Co-design paradigm
Open R&D / open science
Collaborative ideas generation
Collaborative new product design
Platform-based innovation
Crowdsourcing R&D, data, skills, funds
3.3. Crowdsourcing platforms for innovation
Product design and development
Observing users into city
environments
Experimenting with users into LLs
Gaming
3.3. Living Labs (living urban laboratories) for innovation
CrowdfundingBus. Angel networksBusiness planning tools
OnlineR&D
networks
e-commerceAnalyticsSocial media
E-tech brokersOnline learningPatent databases
Virtual clusters
Producerse-suppliers
Supliers
Supliers
Supliers
Government Regional policy; Strategic
planning; Business associations; Regional
stakeholders
FundingBanks, Business Angels,
Venture Capital, Regional Incentives
Technology and Information Intermediaries
•Technology transfer agencies; Consultancy; Tech Networks;
Patents; Standards; Market watch
Public R&D
Private R&D
Customers
Users
University R&D
Business sectors
Business clusters
Virtual networksBenchmarkingNPD stage-gate
3.3. Creation of cyber-physical systems of innovation
City’s digital spaces and smart environments Broadband, sensors, digital
skills, data, software applications, e-services
City’s innovation systemChanging the city’s routines Policy and city planningPrivate and public investmentUser-driven, bottom-up innovation
Institutions for innovation
CityA system of systems
Routines within subsystemsNeeds, requests, problems Innovation circuit 1
Innovation circuit 3
Innovation circuit 2
Subsystem production
Subsystem living
Subsystem transport / utilities
Subsystem governance
3.3. INTERVALUE project, SEE: Digital platform & practices for R&D valorisation
GATE 1 GATE 2 GATE 3
Institutional: Deliver a detailed valorisation plan
Facilitation by technology advisersCover 100% of results
Funding marketing costsSelection by virtual marketsCooperation with VC / Business
angel communityOnline dissemination
Specialised services from R&D to product development
IPR policy Legal advice Co-funding / early stage funding
3.3. ONLINE S3 PROJECT: Horizon 2020, Online platform for smart specialisation
S3Applica
ons
S3BigDataAnaysis&Broker
-Userauthen
caon
S3DataAcquision&
Provisioning
MachineLearning
SQL&NonSQLqueries
SocialDataAggregator
EdgeDataCollec on
TheWorld
OverallpictureoftheS3pla orm
Develop an e-policy platform, augmented with a toolbox of applications and online services, able to assist national and
regional authorities in the EU to elaborate their smart specialisation agenda.
Offer guidance on implementing the strategies notably in terms of methods for delivery through innovation platforms
and ‘multi-actor measures’ and should integrate online evaluation and monitoring tools that enable an enhanced
‘real-time’ tracking of policy effectiveness
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1
2
3
4
5
Driving economic change through smart specialisation/RIS3Informal assessment - region XXXΣ