smart clothing- body area network incorporated into fabrics_presentation
TRANSCRIPT
MSc Project Workshop Presentation 17.12.2012
Smart clothing: Body-Area-Network incorporated into fabrics
Authors: Szymon KOZICIKI Shahid PARVEZSupervisor: Cyril Lahuec Co-ordinator: John Puentes
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Smart clothing: Body-Area-Network incorporated into fabrics
Supervisor contact: Cyril LahuecOffice: K02-208A; E-mail: [email protected]
Authors contact:1. Szymon KOZICIKI, MSc 1st year, (TSE). E-mail: [email protected]
2. Shahid PARVEZ, MSc 1st year, (TSE). E-mail: [email protected]
MSc Project workshop
MSc Project workshop
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Table of Contents
1.Introduction
2.BAN Architecture
3.Communication and Protocol among sensorsA. Wireless approachesB. Wireline approaches
4. Discussion
5.Conclusion
Smart clothing: Body-Area-Network incorporated into fabrics
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
U.K. Olympic gymnast Mimi Cesar
Traditional methods
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
U.K. Olympic gymnast Mimi Cesar
Traditional methods -Smart Shirts
Smart Shirts ,woven fabric with optical and electrical fibers into it,
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
New method - Smart Fabrics
Comfortable
Same as everyday usage inner garments
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
New method - Smart Fabrics
-‘‘sandwich’ of conductors and insulators,
-two layers of conductive fabric in the garment, each used for transmission and grounding.
-insulation to prevent electrical contact between the ground and supply lines, between ground and the environment, and between supply and the user.
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
New method - Smart Fabrics
-Architecture of DC power bus communication system
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Smart clothing: Body-Area-Network incorporated into fabrics
Communication and Protocol among sensors - Wireline approaches
New method - Smart Fabrics
-Sensor and battery location placed wisely.
-Battery pack has a voltage of 4.8VDC and provides 7200mAh. Can be used for total 16 hours i.e. double time than any smart clothing currently exists.
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Smart clothing: Body-Area-Network incorporated into fabrics
Discussion
- Interference in wireless system
- High power consumption by wireless devices
Wireline vs wireless
- Radiation absorb by human body- Possible radiation effect on human body - High data rate in wireline
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Smart clothing: Body-Area-Network incorporated into fabrics
Discussion
- security issue with wireless system, hackers could trigger cause lethal actions for patients.
Wireline vs wireless
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Smart clothing: Body-Area-Network incorporated into fabrics
Discussion
Wireline wins.
Smart fabrics
-Comfortable , same as everyday clothes.-No interference on signals.-No health issues.-High security
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Smart clothing: Body-Area-Network incorporated into fabrics
Conclusion
More research issues should be done
Currently challenging issues are:
-Material used for electric circuit, -Better system software and design, -Standardization of communication, -Security and privacy, and -Social encouragement to accept the clothing with sensors.
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Smart clothing: Body-Area-Network incorporated into fabrics
Conclusion
Anytime, AnywhereWe aware of your health
Body Area Network with Smart Fabrics
direction ou servicespage 15
Thank you