Seminar presentation on Ambient intrllience

1. AMIT KUMAR MS. ANAMIKA SHRIVASTAV MRS.SHASHI PRABHA
ROLL NO. 1373713007 (ASSISTANT PROFESSOR) ANAN
INFORMATION TECHNOLOGY (ASSISTANT PROFESSOR)
B .Tech (6th Sem)
A SEMINAR PRESENTATION ON
AMBIENT INTELLIGENCE

2.  Introduction
 Key Technologies
 Architecture
 Scenarios for Ambient Intelligence
 Future
 Advantages
 Challenges
 Conclusion
 References

3. Ambient Intelligence: Environments that are sensitive and responsive to the presence of people.
 In computing, ambient intelligence refers to electronic environments that
are sensitive and responsive to the presence of people.

4.  Ambient intelligence is a vision on the future of customer electronics,
telecommunications, and computing that was originally developed
in late 1990s for the time frame 2010-2020.
 A typical context of ambient intelligence environment is Home
environment.
 More and more people make decision based on the effect their
actions will have no their own inner, mental world.

5.  Unobtrusive Hardware
(Miniaturization, Nanotechnology, Sensors).
 Seamless mobile/fixed communication
(wired and wireless networks).
 Dynamic and massively distributed device network,
which is easy to control and program.
 Human centric user interface
(intelligent agents, multimodal interaction).
 Dependent and secure systems and devices
(self-testing, self-repairing software, privacy ensuring technology).

6. Ambient Intelligence

7.  Large scale network of
computing devices
 Personalize the living space
of humans
 Ease access to Information
and Resources
 On-demand

8.  Speakers hidden behind wallpaper allows music to
follow you from room to room.

9.  A high-tech sensor system helps guest monitor a room’s
climate and lighting.
 The house uses its natural surrounding to reduce heat loss.
Xanadu 2.0 is an “earth-sheltered” house, meaning that it’s
built into its surroundings to regulate temperature more
efficiently.
 You can change the artwork on the walls with just the touch
of a button . The pool also has its own underwater music
system.

10.  Telematics
(Telecommunications)
 Online concierge(hotel
services) services
 Tele Diagnosis
 Safety – auto braking for
active collision avoidance
 Route Planning

11.  Attractive future – blends:
 Computing
 Communications
 Consumer electronics
 Technological and Ethical
challenges need to be overcome
 Social acceptance is critical

12.  Increase safety in environment .
 Improve human performance by helping people accomplish
tasks.
 Will allow “the inhabitants [to] communicate there own
preferences” using a set rules.
 Example: system adjusting temperature, lighting, and sound
within a home .
 Public transportation.
 People given information indirectly.

13.  Interoperability: Networks
architecture and integration
 Saturation: increased
volume of information and
users
 Security: solutions with
quantum cryptography?

14.  Ambient technology through the use of sensors and profiling
technologies.
 Legal, ethical, social, and security issues need to be addressed
during its development.
 Home users interested in saving time and safety as well as
entertainment.

15.  Wikipedia (http://ambientinteligeny.com)
 The European Union report, Scenarios for Ambient Intelligence in 2010
(ftp://ftp.cordis.lu/pub/ist/docs/istagscenarios2010.pdf)
 Georgia Tech’s Aware Home (www.cc.gatech.edu/fce/ahri)
 MIT’s House (http://architecture.mit.edu/house_n)
 Philip’s vision of ambient intelligence (www.philips.com/research/ami)