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ISBN 10: 1498715508
ISBN 13: 9780367267698
Author: L Ashok Kumar, C Vigneswaran
1. Wearable Electronics
1.1 Introduction
1.2 Textiles and Information Processing
1.3 Chronology of Wearable Electronics
1.4 Application Groups
1.4.1 Retailer Support
1.4.2 Service Support
1.4.3 User Convenience
1.4.4 User Interfacing
1.4.5 Appliance Networking
1.4.6 Networking with External Networks
1.5 Need for Wearable Electronics
1.5.1 Health and Wellness Monitoring
1.5.2 Safety Monitoring
1.5.3 Home Rehabilitation
1.5.4 Assessment of Treatment Efficacy
1.6 Textile Fibres Used for Wearable Electronics Applications
1.7 Sensing Fabrics
1.7.1 Wearable Sensor on Knitted Fabrics
1.7.2 Fabric Electrodes Realized by Flat-Knitting Technology
1.7.3 Fabric Electrodes Realized by Seamless Knitting Technology
1.7.4 Bioelectrical Signals through Fabric Electrodes
1.7.5 Knitted Piezoresistive Fabric Realized by Seamless Knitting Technology
1.7.6 Printed Piezoresistive Fabric Manufactured by Serigraphy Technology
1.7.7 Fabric Strain Sensors
1.7.8 Biomechanical Signals through Fabric Strain Sensors
1.8 Wearable Sensors
1.8.1 Electrode Technologies
1.8.1.1 Dry Electrodes
1.8.1.2 Non-Contact, Capacitive Electrodes
1.8.1.3 Skin-Electrode Modelling
1.8.2 Body Sensor Network
1.8.2.1 Anatomy of a Body Sensor Network
1.8.2.2 BSNs versus Wireless Sensor Networks
1.8.2.3 Wearability
1.8.2.4 Technical Challenges
1.8.2.5 Practical Design Considerations
1.8.3 Wireless Body Area Sensor Network: Health Monitoring
1.8.3.1 System Architecture
1.8.3.2 Communication Protocol and Time Synchronization
1.8.3.3 Graphical User Interface
1.8.3.4 Sensor Node Identification, Association and Calibration
1.8.3.5 Event Processing
1.9 Biomonitoring Devices
1.10 Interfacing Circuits and Garments
1.10.1 Communication between Circuits and Garments
1.10.2 Patient Monitoring: Networks of Wireless Intelligent Sensors
1.10.3 Telemedical System
1.10.4 Wireless Intelligent Sensor Wise
1.10.5 Applications
1.10.6 Software Development
1.10.7 Power System
1.11 Future Research Scope
1.11.1 Next Stage in Man–Machine Interaction
1.11.1.1 Thermo-Generator for Harvesting Electric Power from Body Heat
1.11.1.2 Interwoven Antenna for a Transponder System in Textile Fabric
1.11.1.3 Fault-Tolerant Integration of Microelectronics in Smart Textiles
1.12 Summary
Bibliography
2. Textile Fabric Development for Wearable Electronics
2.1 Introduction: Core Spun Yarn Production Methods
2.1.1 Friction Spinning
...
2.2 Development of Cotton-Wrapped Nichrome Yarn
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2.3 Development of Copper Core Yarn and Fabric
...
2.4 Development of POF Fabric
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2.5 Development of POF Yarn
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2.6 Development of Yarn for Teleintimation Fabric
...
2.7 Summary
Bibliography
3. Design of Circuits and Integration into Wearable Fabrics
3.1 Introduction
3.2 Microelectronics for Smart Textiles
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3.3 Flexible Wearable Electronics
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3.4 Wearable Motherboard
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3.5 Vital Signs Monitoring
3.6 Voice Monitoring
3.7 Design of Heat-Generating Circuit for Nichrome Fabric
3.8 Design of Communication Circuit for Copper Core Conductive Fabric
3.9 Design of Signal-Transferring Circuit for Optical Core Conductive Fabric
3.10 Development of Illuminated System for POF Fabric
3.11 Design of Bullet Wound Intimation Circuit for Teleintimation Fabric
3.12 Circuits for Smart Shirt
3.13 Future Research Scope
3.14 Summary
Bibliography
4. Product Development Using Wearable Electronic Integrated Fabrics
4.1 Introduction
4.2 Heating Garment
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4.3 Development of Communication Garment Using Copper Core Conductive Fabric
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4.4 Development of Illuminated Garment
4.5 Development of Teleintimation Garment
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4.6 Smart Shirt
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4.7 E-Textile Craft
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4.8 Future Research Scope
4.9 Summary
Bibliography
5. Software Development for Wearable Electronics
5.1 Introduction
5.2 Biosensor Design and MEMS Integration
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5.3 Health-Care Monitoring System
5.4 Wireless Sensor Networks for Health Monitoring
5.5 Wearable and Wireless Brain–Computer Interface
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5.6 Brain–Computer Interface
5.7 Soldier’s Status Monitoring Software Using Visual Basic
5.8 Soldier’s Status Monitoring Software Using LabVIEW
5.9 Communication System between Garment and SSM Software
5.10 GPRS-Based Soldier-Tracking System
5.11 Future Research Scope
5.12 Summary
Bibliography
6. Design and Development of Flexible Solar Cell’s Integration in Clothing
6.1 Introduction
6.2 Electronic Display Technologies
6.3 Capacitive Sensing Fabrics and Garments
6.4 Solar Cell Embedded on Clothing
6.5 Flexible Solar Cell Technologies
...
6.6 Clothing-Integrated Photovoltaics
6.7 Integration of Garment and Solar Panel
6.8 Integration of Tent and Solar Cells
6.9 Finishing and Integration of Flexible Solar Array
6.10 Testing of Flexible Solar Cell
6.11 Testing of Charge Controller
6.12 Testing of Inverter
6.13 Testing of Cloth-Integrated Flexible Solar Cells
6.14 Integration and Testing
6.15 Solar Jacket
6.16 Future Research Scope
6.17 Summary
Bibliography
7. Garment-Integrated Wearable Electronic Products
7.1 Introduction
7.2 Wearable Mobihealth Care System
7.3 Smart Clothes for Ambulatory Remote Monitoring
7.4 Development of Electronic Jerkin
7.5 Smart Textile Applications
7.6 Development of Heating Gloves
7.7 Development of Pneumatic Gloves
7.8 Gloves and Mobile Device: Product Design
7.9 Future Research Scope
7.10 Summary
electronic textile
electronic textiles
textiles and electronics
electronics textiles
electronics in textiles and clothing design products and applications
Tags: L Ashok Kumar, C Vigneswaran, Electronics, Design
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