The latest technology ppt on blue eyes that covers up all the basic points required for building this technology and what are its futuristic applications and its current scenario

1. Prepared & Presented
by:
Gundu V Sai
Shankar Kaishik
1140240
Even machines can sense and feel.....

2. contents:
What is blue eyes technology?
Why blue eyes?
What is blue eyes?
How computers see and feel
Technologies used
Advantages and disadvantages
Future applications
Conclusion
References

3. what is blue eyes technology
• Aims at creating
computational
machines that have
sensory abilities
like human beings
• Use camera and
microphone to
identify user
actions and
emotions

4. Why blue eyes?
• To avoid and reduce human limitations such as
 Tiredness
 Oversight
 Mental illness
• Monitoring of conscious brain involvement.
• To build a machine that can understand your
emotions.
• Verify your identity, feels your presence and
interact with you.

5. What is blue eyes?
• BLUE : is the term stands for Bluetooth which
enables reliable wireless communication.
• EYES : because the eye movement enables us
to obtain a lot of interesting and important
information

6. How can we make computers see and feel?
• Blue eyes uses sensing
technology to identify a user’s
action and to extract key
information
• Information is then analyzed to
determine the user’s physical,
emotional, or informational
state

7. Technologies used:
• Emotion Mouse
• Manual And Gaze Input
Cascaded(MAGIC)
• Artificial Intelligent Speech
Recognition
• Simple User Interest
Tracker(SUITOR)
• The Eye Movement Sensor

8. Emotion mouse
• Emotion mouse sense the
mood by analyzing pressure
temperature and heart beat of
the user.
• Analyzing these parameters
six types of mood can be
sensed by computer.

9. How it works?
• Like human beings
have five sensory
organs , emotion
mouse is designed
with five sensors to
sense the different
moods of user.

10. Different signals detected by the sensors

11. magic
• Webcam is used to
quickly determine the
glints and pupils of
the user under
variable and realistic
lightning conditions

12. MAGIC pointing is the technique of
tracking eye movement of the user
and perform the desired operation.

13. Image of pupil of user’s eye is tracked using
an infrared light source

14. SUITOR
• Help by fetching more
information at desktop
• Notice where the user’s
eyes focus on the screen
• Fills a scrolling ticker on a
computer screen with
information related to
user’s task
• Ex: If viewing a map the
map is moved in the line of
sight of the user

15. Artificial intelligent speech recognition
• Input words are scanned and
matched against internally
stored words.
• User speaks to the computer
through microphone
• Pattern matching is designed
to look for the best fit
because of variations in
loudness, pitch, frequency
difference , time gap.

16. The eye movement sensor design
• A personal area network for linking all the
operators and the supervising system.
• Two major units:
1.DAU(Data Acquisition Unit)
2.CSU(Central System Unit)

17. System over view

18. Data acquisition unit
Features:
• Light weight
• Runs on batteries
• Low power
consumption
• Easy to use
• Operator
authorization

19. MICROCONTROLLER BLUETOOTH MODULE

20. MULTI SENSORS

21. CENTRAL SYSTEM UNIT
COMPONENTS:
• CONNECTION MANAGER: main task to
perform low level blue tooth communication.
• DATAANALYSIS MODULE: performs the
analysis of the raw sensor data in order to obtain
information about operator’s physiological condition
• DATA LOGGER MODULE: provides support for
storing the monitoring data.
• VISUALISATION MODULE: provides user
interface for supervisors.

22. POD:
Blue eyes technology
enabled CAR
PONG:
Blue eyes technology
used in robots

23. Future applications
• In automobile industry
• In video games
• To create face responsive display
• Flight control centers and many more

24. • The BLUE EYES technology ensures a
convenient way of simplifying the life by
providing more delicate and user friendly facilities
in computing devices.
• The next step is to improve the hardware. Instead
of using cumbersome modules to gather
information about the user, it will be better to use
smaller and less intrusive units.
• The day is not far when this technology will push
its way into your house hold, making you more
lazy.
CONCLUSION:

25. REFERENCES:
• Sillbert . L and R . Jacob, The advantage
of eye gazing interactions.
• Richard A . Bolt, Eyes at interface
• ieeexplore.ieee.org/document/6693995/
• www.ijcaonline.org