The document outlines Blue Eyes technology, which aims to create computational machines with human-like sensory abilities. It uses cameras and microphones to identify user actions and emotions. Sensors can detect factors like eye movement, heart rate, and blood oxygenation to monitor the user's physical and emotional states. Data is sent wirelessly to a central system unit for analysis, data logging, and visualization at a user interface. Potential applications include monitoring in retail, automobiles, military, and more.

2. OUTLINE
• INTRODUCTION
• WHAT IS BLUE EYESTECHNOLOGY
• THE TERM BLUE EYES
• WHY BLUE EYES SYSTEM
• OVERVIEW
• EMOTIONAL SENSORS
• TYPES OF EMOTIONAL SENSORS
• ADVANTAGES
• DISADVANTAGES
• FUTURE APPLICATIONS
• CONCLUSION

3. INTRODUCTION
• Humancognitiondepends primarily onthe ability to
perceive, interpret, and integrate audio-visuals and
sensoringinformation.
• The BLUEEYEStechnology aims at creating computational
machines that have perceptualand sensory ability like those of
human beings.
• The machine canunderstandwhat a userwants, where he is
looking at, and even realize hisphysical or emotional states.

4. WHAT is Blue Eyes
Technology?
• Aims at creating
computational machines
that have sensory abilities
like those of human
beings.
• Usecamera and
microphone to identify
user actions and
emotions.

5. The term Blue Eyes
• BLUE: This term stands for Bluetooth, which
enables reliable wireless communication.
• EYES:As the movement enables usto obtain a
lot of interesting and important information.
• Bluetooth device +Eyes tracking Device

6. WHY Blue Eyes?
• Toavoid and reduce Human limitation suchas:
– Tiredness
– Oversight
– Mental illness,etc…
– Monitoring of consciousbrain involvement (automation,
long driving)
• Tobuilt amachine that canunderstand your emotions
• Verify your identity, feels your presence and interact
with you.

7. System Overview
• Blue eyes system monitors the status of the operator’s visual
attention through measurement of saccadic activity.
• The system checks parameters like heart beat rate and blood
oxygenation against abnormal and triggers user defined
alarms.
• Blue Eyes system consistsof
– Mobile measuring device(DAU)
– Central System Unit(CSU)

9. Data AcquisitionUnit
Features :
– Lightweight
– Runson batteries-
low power
consumption
– Easyto use
– ID cards for
operator
authorization
Atmel 89C52
microcontroller
Jazz
Multisensor
Bluetooth

10. Bluetooth Module
MicroController
Multi Sensors

11. Central System Unit
• Components :
– CONNECTION MANAGER –main task to
perform low-level Bluetooth communication.
– DATA ANALYSIS MODULE –performs the
analysis of the raw sensor data in order to
obtain information about operator’s
physiological condition.
– DATA LOGGERMODULE –provides support
for storing the monitored data.
– VISUALIZATION MODULE –provides user
interface for the supervisors.

12. Central System Unit
• Features :
– Maintains Bluetooth
connections
– Data processing
– Records conclusion for
further exploration
– Provides visualization
interface
Data Analysis
Visualization
Module
Bluetooth
Connection
Manager
Data
Logger

13. Emotional Sensors
• People spend approximately 1/3 of their total computer
time touching inputdevice.
• Physiological data is obtained and emotional state is
determined.
• A user model will built the reflection of the personality
of user.

14. Types of Emotion Sensors
• ForHand:
1) EmotionMouse
• ForEyes:
1) ExpressionGlasses
2) MagicPointing
• ForVoice:
1)Artifical Intelligence Speech Recognition

15. EmotionMouse
• Emotion mouse sensethe
mood byanalyzing pressure
, temperatureand heart
beat of the user.
• Analyzing these
parameters six typesof
mood can besensed by
computer.

16. EMOTION MOUSE

17. Samples obtained by
Emotion Mouse

18. ExpressionGlassess
•
A wearable devicewhich
allows any viewer to
visualize the confusion
and interest levels of the
wearer.

19. MAGIC pointing
• MANUAL AND GAZE
INPUT CASCADED
(MAGIC) POINTING is
the technique of tracking
eye movement of the
user and perform the
desired operation.
• Webcam is used to quickly
determine the glints and
pupils of the user under
variable and realistic
lightning conditions.

20. • Reduce the cursor movement needed for target
selection.

21. MAGICPOINTING
Two magic pointingtechniques
- Liberal
- Conservative
• LIBERAL APPROACH
Towarp the cursorto everynew object userlooks at
• CONSERVATIVE APPROACH
Doesnot warp the cursortarget until the manualinput device has
beenactuated

22. For Voice:
ARTIFICIAL INTELLIGIENT
SPEECH RECOGNITION

23. ARTIFICIALINTELLIGIENT SPEECH
RECOGNITION
• Input words are scanned and matched against internally
stored words.
• Identification causessomeaction to be taken ,User speaksto
the computer through microphone.
• Filtered and then stored in RAM

24. ARTIFICIALINTELLIGENT SPEECH
RECOGNITION
APPLICATIONS
• Tocontrol weapons by voice commands.
• Pilot give commands to computers by speaking
into microphones.
• Canbe connected to word processors and instead of
writing, simply dictate to them.

25. Advantages
• Physiological condition monitoring
• Reducesmanualwork
• Increases efficiency
• Minimization of ecological consequences
Disadvantages
• Not 100%accurate.
• System is bulky,needs minimization.
• Expensive

26. Future Applications
• In retailing record and interpret customer movements
• In automobileindustry
• In videogames
• Military
• Powerstation
• Flight controlcentres
• Ovens andrefrigerators

27. CONCLUSION
• Provide more delicate and user friendly facilities in
computing devices.
• Gapbetween the electronic and physical world is
reduced.
• The computers can be run using implicit commands
instead ofthe explicit commands.