Intervention de Mr Farouk Kamounau Workshop IoT Tunisia le Vendredi 13 Mai 2016

1. Workshop
IoT Levier de Croissance Economique
SESAME
Tunis, 16-18 April 2016
1
Farouk Kamoun
President Sesame University

2. City?
2

3. Tunis
3

4. Great Place!
4

5. But!
Garbage
5
Traffic Jam
Garbage
Pollution
Waiting lines

6. City Challenges: Global Issues
Population explosion Transportation infrastructure Environmental constraints
Public safety Energy constraints High management costs6
50% of world’s population
to live in cities in 2013
60% of world’s energy
consumption
80% global CO2 emissions

7. Solution : Smart City?
A smart sustainable city* is an innovative city
that uses ICTs and other means to improve :
 Quality of life
 Efficiency of urban operation and services
 Competitiveness
while ensuring that it meets the needs of present
and future generations with respect to
 Economic, social and environmental aspects
7
* ITU

8. Smart City Features: Diamond
8
Smart Infrastructure

9. A big market, 3.3 Trillion $ in 2025
9
1.5 Trillion
in 2020

10. Technological solutions For Smart Cities
Smart Energy
 Smart Grid Automation
& Flexible distribution.
 Smart Metering
management.
 Renewable Integration
& Micro Grid.
 Real time Smart Grid
software.
Smart
Transportation
 Transportation sensors.
 Traffic management.
 IntegratedTransportation.
 Real time Smart Grid
software.
 Traveler information.
 Intelligent lighting
Smart Water
 Water Network
management
 Distribution
management.
 Leak Detection.
 Storm Water & urban
Flooding management.
Smart City Applications (1/2)

11. Technological solutions For Smart Cities
Smart
Buildings
 Energy efficiency.
 Security solutions
provided by temperature
and movement sensors .
 Connection to the Smart
Grid.
 Centralized system for
the control of temperature.
Smart
Communications
 Providing smart and
green solutions in daily
activities .
 Building an intelligent
digital infrastructure for
exchanging information,
services and applications
between all municipal
departments in various
areas.
Smart
Networks
 Providing IT
network services.
 ICT networks and
fiber telecom
infrastructure.
 IoT-ready wireless
sensor network
solutions.
Smart City Applications (2/2)

12. 12

13. ITS scenarios Rely on Fully Networked Car
13[CVIS, SafeSpot]

14. Smart Home
14
Electricity
Provider
Smart Meter
Energy Manager
14/ 04/ 13 03:42
n View: monthly view
RSM Lab
ICube Lab
Home Access
Network
(Ehernet, WiFi,
PLC, …)
Home Access
Network
(6LowPAN/ZigBee,…)
PLC : Power Line Carrier JM Bonnin

15. Smart Energy/Smart grid
15
hitachi.com

16. Smart networks
16
non
IPWiFi
INTERNET
4/5G IP
LoRA
LTE-M
Mesh
Sensor
Networks
V2V
Communication
Gateway for
proprietary or
non IP
technologies
JM Bonnin

17. • City level : Barcelona (Spain), Rennes
(France)
• National : India
• Global : EU, IEEE, ITU
17

18. Barcelona  Population : 1.6 million.
 Challenges : noise, traffic
congestion and pollution [11].
18

19. Barcelona Smart City
 The vision : “A self-sufficient city, made of productive
neighborhoods at human speed, inside hyper
connected metropolis, of high speed and zero
emissions”
The smart city strategy is a mechanism to introduce
ICT strategically as an enabler for cities to achieve these
goals :
Sustainable and Efficient urban mobility.
Functioning as “network of networks.”
Accessible information at national and international
levels.
Transparency and democratic culture.
Knowledge, creativity and innovation.
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20. Barcelona Smart City projects
 One hundred projects expected to be part of the smart
cities work
 Currently thirteen projects seen as a key part of the Smart
City
20
Transversal Projects Vertical Projects
 New Telecom Network
 Urban Platform (sensor platform)
 Intelligent data, Open data
 Lighting Directorate Plan .
 Self-sufficient islands.
 Electric Vehicles.
 Telemanagement of Irrigation.
 Orthogonal Bus Network or Directorate
Mobility Plan .
 Urban Transformation.
 Citizen compromise to sustainability
2012-2022.
 O-Government.
 Smart parking.
 Barcelona in your pocket.

21. LoRA (Long Range rAdio) Deployment 21
Objectif : collecter à grande échelle les
données de consommation électrique de
foyers habitant dans l’agglomération
rennaise. Et les mettre à disposition de
développeurs travaillant à l’émergence de
ces « réseaux électriques intelligents ».

22. National Initiative : India
22

23. India Smart Cities Mission
 Cover 100 cities in 5 years
 Mission objective :
 Promote cities that provide core infrastructure & give decent
quality of life to its citizen, a clean and sustainable
environment and application of smart solution
 Set examples that can be replicated (lighthouse)both within
and outside the Smart City, catalysing the creation of similar
Smart Cities in various regions & parts of the country
 Strategic Components
 City impovement (retrofitting)
 City renewal (redevelopment)
 City extension (greenfield development)
 Pan city initiative (cover larger parts of the city)
23

24. EU Initiative: European Innovation
Partnership on Smart Cities
 Partnership launched in July 20121
 Objective: accelerate the industrial-scale roll-out
of scalable, sustainable smart city solutions
integrating technologies from Energy, Transport
and ICT
 Overarching goals
 Significant improvement of citizens' quality of life
 Increased competitiveness of Europe's industry &
innovative SMEs
 Strong contribution to sustainability and the EU’s
20/20/20 energy and climate targets2 .
24

25. European Strategic Implementation Plan
 The High Level Group of the European Innovation Partnership for Smart
Cities and Communities presents a Strategic Implementation Plan (SIP)
 SIP concentrates on three vertical & eight key horizontal areas [8]
25

26.  IEEE Smart Cities Initiative a multi-discipline cross-IEEE effort to
 Assist municipalities in addressing all essential services that need
to be managed in unison, to support the smooth operation of
critical infrastructure while providing a clean, economic and safe
environment for inhabitants to live, work and play.
 Create a forum for collaboration of entities involved in planning
“smart cities.”
 Cities in the program (trough calls for proposals): Guadalajara
(Mexico), Trento (Italy) and Wuxi (China)
 Cities recently selected 2015: Kansas City (USA), Casablanca (Morocco)
IEEE Smart Cities Initiative
26

27. Conclusion
 Smart City (SC) concept gaining increasing
importance!
 Small scattered experiences in Tunisia
 But great opportunities for our Cities,
IT & Engineering sectors
 Let’s Move ahead!
 How?
27
Thank You

28. References
 EU European Innovation Partnership on Smart Cities and
Communities ; http://ec.europa.eu/eip/smartcities/ EU: SIP
http://ec.europa.eu/eip/smartcities/files/sip_final_en.pdf
 CISCO:
https://www.cisco.com/web/about/ac79/docs/innov/IoT_IBSG_0411
FINAL.pdf
 IEEE: http://smartcities.ieee.org/about.html
 ITU: http://www.itu.int/en/ITU-
T/focusgroups/ssc/Pages/default.aspx
 BI http://uk.businessinsider.com/internet-of-everything-2015-bi-
2014-12?r=US&IR=T
 Strategic Opportunity Analysis of the Global Smart City Market,
report; http://www.egr.msu.edu/~aesc310-
web/resources/SmartCities/Smart%20City%20Market%20Report%2
02.pdf
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