Slides of Internet of things prepared by super doctor.

1. Broader Telecom Environment

4. Potential Opportunities and
Benefits of broader ICT

6. Global Industry Key Trends

10. Internet of Things

11. What is IoT
• Network of Physical Objects
• embedded systems with electronics, software,
sensors
• enable objects to exchange data with
manufacturer, operator, other devices through
network infrastructure

12. • allow remote control
• direct integration computer + physical world
• Result: automation in all fields

13. Applications
• Media
• Environmental monitoring
• Infrastructure management
• Manufacturing
• Energy management
• Medical and health care systems
• Building and home automation
• Transportation

14. A bit of history
• The term "Internet of Things" is coined by
Kevin Ashton 1999.
• Early example, 1982, Coke machine at
Carnegie Mellon University was connected to
internet: report its inventory and temperature

15. 15
More “Things” are being connected
Home/daily-life devices
Business and
Public infrastructure
Health-care
…

16. 16
Sensor devices are becoming widely available
- Programmable devices
- Off-the-shelf gadgets/tools

17. 17
People Connecting to Things
Motion sensor
Motion sensor
Motion sensor
ECG sensor
Internet

18. 18
Things Connecting to Things
- Complex and heterogeneous
resources and networks

19. 19
19
19
Future Networks

20. 20
20
“Thing” connected to the internet
Image Courtesy: : CISCO

21. 7.2
6.8 7.6
IoT Is Here Now – and Growing!
Rapid Adoption
Rate of Digital
Infrastructure:
5X Faster Than
Electricity and
Telephony
50 Billion
“Smart Objects”
50
2010 2015 2020
0
40
30
20
10
BILLIONS
OF
DEVICES
25
12.5
Inflection
Point
TIMELINE
Source: Cisco IBSG, 2011
World
Population

22. Internet of Things (IoT)
• Extending the current Internet and providing
connection, communication, and inter-
networking between devices and physical objects,
or "Things," is a growing trend that is often
referred to as the Internet of Things.
• “The technologies and solutions that enable
integration of real world data and services into
the current information networking technologies
are often described under the umbrella term of
the Internet of Things (IoT)”
22

23. Opportunities
23
Source: http://blog.trentonsystems.com/internet-of-things-crosses-business-personal-boundaries/

24. IoT Delivers Extraordinary Benefits

25. Cost savings, improved safety, superior service
Connected Rail Operations
PASSENGER SECURITY
 In-station and onboard safety
 Visibility into key events
ROUTE OPTIMIZATION
 Enhanced Customer Service
 Increased efficiency
 Collision avoidance
 Fuel savings
CRITICAL SENSING
 Transform “data” to “actionable intelligence”
 Proactive maintenance
 Accident avoidance

26. Smart City
Safety, financial, and environmental benefits
CONNECTED TRAFFIC SIGNALS
 Reduced congestion
 Improved emergency services response times
 Lower fuel usage
PARKING AND LIGHTING
 Increased efficiency
 Power and cost savings
 New revenue opportunities
CITY SERVICES
 Efficient service delivery
 Increased revenues
 Enhanced environmental monitoring capabilities

27. Sendai Smart Village in Japan
• Tago-Nishi is build as a smart city, including town management and health
services
• Offering personalize and context aware services, considering the data
from energy-consumption of each of the house, weather, wearable, etc.

28. Madrid City-Environmental Health
• Environmental health use case focusing on pollutants, pollen, airborne
contaminants, precise detection to offer improve accuracy of information to
citizen
• Install number of environment city sensors on-board public transportation, to
correlated with historical environment health data

29. The Connected Car
Actionable intelligence, enhanced comfort, unprecedented convenience
WIRELESS ROUTER
 Online entertainment
 Mapping, dynamic re-routing, safety and security
CONNECTED SENSORS
 Transform “data” to “actionable intelligence”
 Enable proactive maintenance
 Collision avoidance
 Fuel efficiency
URBAN CONNECTIVITY
 Reduced congestion
 Increased efficiency
 Safety (hazard avoidance)

30. What Comprises IoT Networks?
Information
Technology
(IT)
Operational
Technology
(OT)
Smart
Objects

31. Resource Allocation in IoT
research topics

32. 1. Cloud computing is going to act as
a front end for IoT. Hence in order
to increase the profit of the
service provider different
resource allocation techniques are
utilized.

33. 2. Utilization of cooperative game
theory to find a way out for
overload condition in the cellular
network due to immense M2M
uplink connections to the Base
Stations (BS).

34. 3. Scheduling schemes for the
management of the internet’s
channel’s traffic of H2H and
M2M communications

35. 4. Dynamic resource
allocation for devices for
M2M communication.