Overview of IoT (JNTUK - UNIT 1)

2. Ex 1: Water Overflow Alarm
Alert!

3. Ex 2: Radio Frequency Identification (RFID)

4. Ex 2: Radio Frequency Identification (RFID)

5. Ex 2: Radio Frequency Identification (RFID)

6. Ex 2: Radio Frequency Identification (RFID)

7. Ex 2: Radio Frequency Identification (RFID)

8. Ex 2: Radio Frequency Identification (RFID)

9. Ex 2: Radio Frequency Identification (RFID)

10. Ex 2: Radio Frequency Identification (RFID)

11. Ex 2: Radio Frequency Identification (RFID)

12. Ex 2: Radio Frequency Identification (RFID)

13. Ex 2: Radio Frequency Identification (RFID)

14. UNIT I :
An Overview
Internet of Things
IoT Conceptual framework
IoT Architectural view
Technology behind IoT
Sources of IoT
M2M Communication
Examples of IoTs
Design principles for connected devices

15. Learning Objective :
Describe the basics,
Definition and Vision of
IoT
Internet of Things
What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices

16. Internet of Things
What is IoT?
• Enables communication between
internetworking devices and applications
• Physical objects communicate through
internet

17. What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices
Internet of Things

18. Definition of IoT.
Internet of Things
• Internet is a global network of connected
servers, computers and mobiles that is governed
by standard protocols.
• Thing is a word used to refer a physical object, an
action or an activity.
• Internet of Things means a network of physical
things sending, receiving or communicating
information using the internet.

19. What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices
Internet of Things

20. IoT Vision
Internet of Things
• Things become smart and function like living
entities by sensing, computing and communicate.
For Example:
• Face recognition
• Face mask detection
• Traffic management
• Voice recognition
• Food tap dustbin

21. What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices
Internet of Things

22. Smart and Hyper connected Devices
Internet of Things
• Hyperconnectivity means use of multiple systems
and devices to remain constantly connected to
social networks and streams of information.
• Smart devices are devices with computing and
communication capabilities that can constantly
connect to networks.
 Streetlight's monitoring
 RFID

23. Smart and Hyper connected Devices
Internet of Things

24. Smart and Hyper connected Devices
Internet of Things

25. Smart and Hyper connected Devices
Internet of Things

26. Smart and Hyper connected Devices
Internet of Things

27. Smart and Hyper connected Devices
Internet of Things

28. What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices
Internet of Things

29. What is IoT?
Definition of IoT.
IoT Vision
Smart and Hyper connected Devices
Internet of Things
Learning Outcome :
Basics & Definition of
IoT, Examples.

30. UNIT I :
An Overview
Internet of Things
IoT Conceptual framework
IoT Architectural view
Technology behind IoT
Sources of IoT
M2M Communication
Examples of IoTs
Design principles for connected devices

31. Learning Objective:
Analyze IoT in terms of
a suggested IoT
conceptual framework
IoT Conceptual framework
Smart Umbrella (An Example)
Levels of a conceptual framework
IBM IoT Framework

32. IoT Conceptual
framework
Smart Umbrella (An Example)
Circuit
Website
Hot
Rainy
Don’t
Forget
Umbrella

33. IoT Conceptual
framework
Smart Umbrella (An Example)
Levels of a conceptual framework
IBM IoT Framework

34. IoT Conceptual
framework
• The following equation describes a simple
conceptual framework of IoT:
Physical Object + Controller, Sensor and Actuators + Internet
= Internet of Things
Levels of a conceptual framework

35. IoT Conceptual
framework
• The equation below conceptually represents the actions and
communication of data at successive levels in IoT consisting
of internetworked devices and objects.
• Level 1  Gather data by using sensor
• Level 2  Decode the data at gateway
• Level 3  Send and receive data streams
• Level 4  Device identity management
• Level 5  Database acquires the data
• Level 6  Data organized and analyzed
Levels of a conceptual framework

36. IoT Conceptual
framework
Smart Umbrella (An Example)
Levels of a conceptual framework
IBM IoT Framework

37. IoT Conceptual
framework
IBM IoT Framework

38. IoT Conceptual
framework
IBM IoT Framework

39. IoT Conceptual
framework
IBM IoT Framework

40. IoT Conceptual
framework
Smart Umbrella (An Example)
Levels of a conceptual framework
IBM IoT Framework

41. IoT Conceptual framework
Smart Umbrella (An Example)
Levels of a conceptual framework
IBM IoT Framework
Learning Outcome:
Analyzed IoT
conceptual
frameworks
including IBM
Framework

42. UNIT I :
An Overview
Internet of Things
IoT Conceptual framework
IoT Architectural view
Technology behind IoT
Sources of IoT
M2M Communication
Examples of IoTs
Design principles for connected devices

43. UNIT I :
An Overview
IoT Architectural view
CISCO Seven layered model
Oracle IoT Architecture

44. IoT Architectural view
CISCO Seven layered model

45. IoT Architectural view
CISCO Seven layered model

46. IoT Architectural view
CISCO Seven layered model

47. IoT Architectural view
CISCO Seven layered model
Oracle IoT Architecture

48. IoT Architectural view
Oracle IoT Architecture

49. IoT Architectural view
Oracle IoT Architecture

50. IoT Architectural view
Oracle IoT Architecture

51. IoT Architectural view
CISCO Seven layered model
Oracle IoT Architecture

52. UNIT I :
An Overview
IoT Architectural view
CISCO Seven layered model
Oracle IoT Architecture