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Telebiometrics: Enhancing Telepresence Hierarchical Networks
ITU Workshop: “Radio-Activity Safety and Security Threats
Protection and Telemedical Support for Irradiated People”
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Agenda
Architectural Overview of Telepresence Hierarchical Network:
• Briefly delineate the network layers and their function.
• Review the flow of information and physiological limitations
• Present the network challenges and advantages
Telebiometrics and Standardization:
• The importance of Physiological Standardization
• Interoperability
• Integrating Wetware/Hardware/Software
• Urgency and Benefits
Market Validation:
• Market Segmentation
• Real World Applications
• Market Trends
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Telepresence Hierarchical Network
by layer
1
Consciousness and Computation
2
Primary Detection via the 5 - Senses
3
Wetware Integration
4
Information Sensory Perception
5
Algorithm Filtration/Security (Signal/Noise)
6
Sensor Layer (Hardware and Software)
7
Sampling Environments
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Telebiometrics and Standardization:
1
Interoperability
2
Hardware, Software, and Wetware
3
Market Timing
4
Urgency and Benefits
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Telebiometrics: Platform of Life
Benefits and Urgency
Benefits
Telebiometrics
Hardware
Each person contains unique biological features and habits,
information obtained from the body is difficult to steal or
replicate.
Telebiometrics enables a reliable from of identification and can
provide a more robust fraud and identity theft protection than
other methods.
Wetware
•
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•
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Software
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Monitor, Identify, Authenticate,
Repeatable Measurements
Expedite Management of the Crisis
Optimize the use of scarce resources
Platform of Quantifiable Biological Metrics
Quality of Health (QOH)
Combining Data from multiple sites.
Improve statistical Analysis
Share Imaging Data
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Phase 1.
Remove Clothes and
Wash Patient
Phase 2.
Determine Radiation
Exposure
Phase 4. Select medical
protocol based on the
spacial coordinates of
radiation contamination
The Role of Telebiometrics in Managing the Aftermath of a
Radiation Incident
After an ionizing radiation incident and the ensued confusion Telebiometrics technology may be used to
significantly expedite the management of the crisis, optimizing the use of scarce resources. Diagram 1,
below, offers a qualitative process flow for a small-scale radiation event.
Time and an error-free intervention are of essence in radiation incidents. Telebiometrics may be
employed during phases 2, 3 and 4, shown below, to help identify the individual, associate the
measured radiation contamination with a unique ID, and assist authorities to match the appropriate
treatment to the individual. For example, Telebiometrics’ feature can work in concert with utilizing the
primary principles of radiation safety, i.e., time/distance/shielding, in phase 2 and the ensued medical
care to the appropriate individual in phases 3 and 4.
In addition to the multimodal biometrics systems, gathering data from different sensors and contexts,
the radiation dosimetry data, acquired in phase 3, may be used by a medical practitioner for short- and
a long-term follow-up of the exposed individuals. Further, following the standard for Quantities and Units
set by ITU-T Study Group 17, the anonymized data from different sites may be combined to improve
statistical analysis and share imaging data via telemedicine. Data mining of the collected meta-data
may be used to accurately correlate biological reaction under different scales of a radiation incident.
Dr. Kevin Khadivi (Radiation Imaging Scientist)
Acute Care
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Telebiometrics – Market Validation:
1
Market Segmentation
2
Market Trends
3
Real World Applications
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Target Applications
Automotive Safety
Port Entry
Environmental Impact
Telemedicine
Gaming
Mobile Identity
Urban Inforgraphics using Telebiometrics
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
Automotive Application Telebiometric Sensing
ITU, GENEVA SWITZERLAND
AUGUST, 2011
Telebiometrics: Enhancing Telepresence Hierarchal Networks
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