2. Learning Objectives
Introduction.
2
What is PROJECT OXYGEN
3
Project Oxygen Technologies
4
Challenges
5
Application
6
Conclusion
7
Bibliography
#
1

3. INTRODUCTION
Solution is OXYGEN.
Machine centered.
We are serving
them.
project
OXYGEN
Right now, Computers
have required us to
interact with them on
their own terms
Difficult to use.

4. What Is OXYGEN
Bringing abundant computation
and communication, as
pervasive and free as
air, naturally into people's lives.

Computation will be
• human-centered.
• freely available
everywhere, like batteries
and power sockets, or
oxygen in the air we
breathe.
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

5. What Is OXYGEN
configurable generic
devices, either handheld or
embedded, will bring
computation to us, irrespective
of our location.

We won't have to type, click, or
learn new computer jargon.

Instead, we'll communicate
naturally, using speech and
gestures that describe our
intent
#


6. Technologies
 Oxygen device technologies
• H21- Hand held
• E21- Embedded
 Oxygen network technologies
• N21- Network
#
 Oxygen software technologies
 Oxygen perceptual technologies
• Vision
• Speech
 Oxygen user technologies
• Knowledge Access
• Automation
• Collaboration

7. 1. Device
Technology
#
5. User
Technology
2. Network
Technology
Oxygen Technologies
4.
Perceptual
Technology
3. Software
Technology

8. OXYGEN Devices
H21
#
E21
OXYGEN
Devices
H21
N21
E21
N21

9. H21 Or HANDY 21
 Anonymous devices that do
OXYGEN
Devices
not carry a large amount
equipments.
#
 they configure themselves
through software to used for
a wide variety of purposes.
 customize itself to the
user's preferred
configuration
H21
E21
N21

10. H21 Or HANDY 21
• contain board-level
OXYGEN
Devices
#
antennas that communicate
with
owireless N21 network,
oembedded E21
oH21s collaborative
regions
• Ex.. cellular
phones, beepers, geographic
al positioning systems,
H21
E21
N21

11. H21
#

12. E21
• E21 is a environmental
device which, provide a
local-area computational.
#
• E21s are connected to
nearby
sensors, actuators, and
appliances devices, to
communicate and share
information to them.
OXYGEN
Devices
H21
E21
N21

13. E21
• communicate with each
other and with nearby
H21s through dynamically
configured networks N21s.
OXYGEN
Devices
#
• provide sufficient
computational power
through the environment
H21
E21
N21

14. Devices used in E21
Antenna
projector
#
camera
display
printer
microphones

15. 1. Device
Technology
#
5. User
Technology
2. Network
Technology
Oxygen Technologies
4.
Perceptual
Technology
3. Software
Technology

16. N21
• They configure and
reconfigure themselves
automatically
#
• Networks route the traffic
efficiently
OXYGEN
Devices
• N21s, connect dynamically
changing configurations of
self-identifying mobile and
stationary devices.
H21
E21
N21

17. N21
OXYGEN
Devices
#
• integrate different wireless
satellite networks into one
seamless internet
• Through
algorithms, protocols deal
with
• Configuration of
Collaborative regions
• Resource and location
discovery
• Security
H21
E21
N21

18. Network Today
#
Grid
INS
Span
Chord

19. INS WORKING
My House Camera1
Intentional name resolvers
form an overlay network
Lookup
image

20. 1. Device
Technology
#
5. User
Technology
2. Network
Technology
Oxygen Technologies
4.
Perceptual
Technology
3. Software
Technology

21. Software
Technologies
Meta
Glue
Click
SUDS
#
CORE

22. 1. Device
Technology
#
5. User
Technology
2. Network
Technology
Oxygen Technologies
4.
Perceptual
Technology
3. Software
Technology

23. Pervasive
Technology
 Speech
Humans communicate with
computers, in much the same
#
way they communicate with
one another, using speech.
 without having to remember
a URL, search through the Web
to get what they want.
Speech &
vision

24. Pervasive
Technology
 Speech
#
provides a number of limiteddomain interfaces.
 The spoken language
subsystem is an sub part of
Oxygen's infrastructure.
 Four components
•Speech recognition
• Language understanding
• Language generation
• Speech synthesis
Speech &
vision

25. Conversional System
Architecture
His wife
chintan
#
•Communication Between two different Language Peoples.

26. Pervasive
Technology
 Vision
#
Say "show it to me there"
turning their heads or pointing
with their arms to indicate
where.
 U can give order by Using
facial expressions and gestures.
 Computers recognize and
classify features and actions

27. Pervasive
Technology
 Vision
#
 They detect patterns and
object interactions
 The visual processing system
contains
• visual perception
• visual rendering
Components
•Object recognition
• Activity monitoring

28. 1. Device
Technology
#
5. User
Technology
2. Network
Technology
Oxygen Technologies
4.
Perceptual
Technology
3. Software
Technology

29. User Technologies
2
• Collaboration
technologies
3
• Knowledge access
technologies
#
1
• Automation
technologies

30. User Technology
 Automation Technology
#
 which offer natural, easy-touse, and adaptive mechanisms
for automating information and
control tasks.

31. User Technology
 Collaboration
Technology
#
enable the formation of
collaborative regions that
accommodate the needs of
mobile and computations.
They also provide support for
recording and archiving speech
and video fragments from
meetings.

32. User Technology
 Knowledge Access
Technology
#
 which offer greatly improved
access to information, according
to the needs of
people, applications, and
software systems.
They allow users to access their
own knowledge bases

33. Challenges
• Pervasive
2
• Embedded
3
• Nomadic
4
• Adaptable
5
• powerful, yet efficient
6
• Intentional
7
• Eternal
#
1

34. Other Application
3
#
2
• Education
• Medical field
1
• Business applications

35. Conclusions
#
 Project Oxygen is a project to build
a human centered, pervasive
computer.
It is a $50 mn project sponsored by
“oxygen alliance” which includes
•Acer Inc.,
•Delta Electronics Inc.,
•Hewlett-Packard Co.,
•Nippon Telegraph
•Nokia Corp. and
•Philips Research
Started in 1999, but not yet
completed.
Concept of N21 and INS are very
difficult to be practical.

36. References
@ http://www.oxygen.lcs.mit.edu
#
@ http:// WIKIPEDIA.org
@ http://www.cnn.com