The document discusses the concepts of systems and smart cities, and the role of IoT within smart city design. It defines a system as interacting components forming an integrated whole. Smart cities aim to be livable, efficient, sustainable, and safe using technical, human, and institutional frameworks. IoT can help smart cities by collecting data from sensors to monitor systems, optimize processes, and enable autonomous control. The document also notes some limits to IoT and smart city development in Tunisia, such as infrastructure and data limitations, but outlines initiatives to help overcome these, including OpenData and concept projects to start applying IoT principles.

1. IoT Design in Smart
City
Is it a need or a trend?
1

2. Hello World!
2

3. TODAY’S SYSTEMS
3
1.

4. What is a System
4
A system is a set of interacting or interdependent components
forming an integrated whole.
Wikipedia --
A set of detailed methods, procedures and routines created to
carry out a specific activity, perform a duty, or solve a problem.
Business Dictionary --
“

5. 5
Elements Relationships
Certain order or
organization
Fundamental Ideas

6. 6
System Features
Inputs & Outputs Homeostasis Emergence Boundaries

7. 21st
Century
System Design
7

8. 8
Transitional Change
Fundamental Rapid
Multi-
dimensional

9. 9
PERCEPTION
Transition from industrial to
postindustrial or information
age.

10. 10
Industrial Revolution
Mass
Media

11. Urbanization worldwide by continent -- Statistica 2016
11

12. 12
Industry
Produce
goods
Consumed

13. Linear Life cycle
13
Production Consumption Disposal

14. 14

15. Case Study:
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RoadMap Infrastructure Change

16. SMART CITY DESIGN CONCEPT
16
2.

17. BLAH BLAH BLAH
Bla blah--
17
“

18. Smart in:
Liveable
Efficient
Sustainable
safe
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19. Smart city Components
19
Technical
Framework
Human
Framework
Institutional
Framework

20. Smart City Components
Smart
citizen
Smart
environment
Smart
mobility
Smart
Economy
Smart living
Smart
Mobility
20

21. Smart City Architecture
Urban Environment
Human Activities
Urban Dynamics
IoT
e-services
Ubiquitous System
ICT
Seurity
....
Data
21

22. Legacy city to Smart city?
Investigate Define
Rank &
Decide
Build
22

23. Investigate
Crowdsourcing
23

24. Define
Problems always have roots
24

25. Rank & Decide
Prioritize
25

26. BuildThink big, Start small
26

27. Singapore Legacy city challenge
27
RoadMap Infrastructure Change

28. IoT AS A CHAPTER IN SMART CITY
28
2.

29. Turn the world into data that could help
in making macro decisions on resource
utilisation
Kevin Ashton --
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“

30. Monitor Optimize AutonomousControl
IoT Function Evolution
Create Data Blending + making sense of Data
30

31. DataInput
Collected Data Information Knowledge
Date /Time
Age
Location
Communication
Services
...
Age range
Time Periods
Geolocation
Patterns
...
Creating product
/ service that
goes along the
existing
information
IoT function Process
31

32. IoT within Smart city
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Observe
Collect
React

33. Tunisia
Are we ready to be smart?
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34. Limits in front of
Us
● Infrastructure
● Information system
● Lack of data
● Internet connection
● ...Limits to overcome
34

35. Initiatives in
Tunisia
35
● OpenData
● OpenGov
● Smartcity Ariana Concept IEEE
● ....

36. DiginovLab
An initiative to think IoT
36

37. 37

38. How it works
Investigate Define a problem Work on a solution
38

39. Thank you!
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