Blue Eyes technology uses sensors and devices like cameras, microphones, and eye tracking to identify a user's emotions, actions, and state. It analyzes information about factors like eye movement, pressure, temperature, and heart rate to determine if a user is tired, stressed, or experiencing other moods or illnesses. This sensory data is collected through technologies like Emotional Mouse, MAGIC, artificial speech recognition, and eye tracking sensors. Blue Eyes aims to build machines that can understand, identify, and interact with humans by monitoring their emotional and physical states.

1. Emotion Sensory world
BY:
Roshni Awasthi
Roll no.- 1403331124
&
Satyam Gupta
Roll no.- 1403331129

2. CONTENTS
What is Blue Eyes Technology?
Why Required?
What is Blue Eyes?
Working
Technologies Used
Advantages & Disadvantages
Future Applications
Conclusion

3. What is Blue Eyes Technology?
Creates computational machines
that have sensory abilities like
human beings.
Uses camera and microphone to
identify user actions and
emotions.

4. Why Required?
To avoid and reduce human limitations such
as:
Tiredness
oversight
mental illness, etc.
Monitoring of conscious brain involvement(
automation, long driving, etc.)
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: stands for Bluetooth,
which enables reliable wireless
communication.
EYES: eye movement enables us
to obtain a lot of interesting
and important information.
Bluetooth Device + Eyes
Tracking Devices

6. Working
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 emotional,
mental, physical or informational
state.

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

8. Emotional Mouse
Emotional mouse senses
the mood by analyzing
pressure, temperature
and heart beat of the
user.

9. Analyzing these parameters, six
types of mood can be sensed by
computer.

10. Working of Emotional Mouse
Like human have five
sense organs,
emotional mouse is
designed with five
sensors to sense the
different moods of
user.

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 infrared light source

14. SUITOR
Helps by fetching
more information at
the desktop.
Notice where the
user’s eyes focus on
the screen.

15. Fills a scrolling ticker on a
computer screen with
information related to user’s
task.
Example- if reading headlines,
pops up the story on the
browser window.

16. Artificial Intelligent Speech
Recognition
Input words are scanned
and matched against
internally stored words.

17. User speaks to the computer
using microphone.
Pattern matching is designed to
look for the best fit because of
variations in loudness, pitch,
frequency difference, time gap,
etc.

18. The Eye Movement Sensor
Design
A PAN( personal area network) for
linking all the operators and
supervising systems.
Two major units are:
DAU( Data Acquisition Unit)
CSU( Central System Unit)

20. Data Acquisition Unit
Components:
Microcontroller
Bluetooth
Multi sensor

21. Features:
Lightweight
Runs on batteries- low
power consumption
Easy to use
ID card for operator
authorization

22. Central System Unit
Components:
CONNECTION MANAGER- main
task to perform is low- level blue
tooth communication.
DATA ANALYSIS MODULE-
Performs the analysis of the raw
sensor data in order to obtain
information about operator’s
physiological condition.

23. DATA LOGGER MODULE-
provides support for storing
monitored data.
VISUALIZATION MODULE-
provides user interface for the
supervisors.

24. Features:
Maintains blue tooth
connection
Data processing
Records conclusions for
further exploration
Provides visualization
interface

25. Advantages:
Physiological condition monitoring
Reduces manual work
Increases efficiency
Disadvantages:
Not 100% accurate
System is bulky, needs minimization
expensive

26. Future applications
In automobile industry
video games
Fight control centers
In creating “Face Responsive
Display”
Power stations

27. Conclusion
Gap between electronic and
physical world is reduced.
Provide more delicate and user
friendly facilities in computing
devices.
The Computers can be run using
implicit commands instead of
explicit commands.