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Fundamentals of Wearable Computers and Augmented Reality 2nd Edition by Woow Barfield ISBN 1482243512 9781482243512

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Fundamentals of Wearable Computers and Augmented Reality Second Edition Barfield Digital Instant Download

Author(s): Barfield, Woow
ISBN(s): 9781482243512, 1482243512
File Details: PDF, 27.01 MB
Year: 2015
Language: english
SKU: EB-5144128 Category: Tags: ,

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ISBN 10: 1482243512 
ISBN 13: 9781482243512
Author: Woow Barfield

Data will not help you if you can’t see it where you need it. Or can’t collect it where you need it. Upon these principles, wearable technology was born. And although smart watches and fitness trackers have become almost ubiquitous, with in-body sensors on the horizon, the future applications of wearable computers hold so much more. A trusted refer

Fundamentals of Wearable Computers and Augmented Reality 2nd Table of contents:

Section I: Introduction

1. Wearable Computers and Augmented Reality: Musings and Future Directions

  • 1.1 Public Policy

  • 1.2 Toward a Theory of Augmented Reality

  • 1.3 Challenges and the Future Ahead

  • References

2. Wearable Computing: Meeting the Challenge

  • 2.1 Networking

  • 2.2 Power and Heat

  • 2.3 Mobile Input

  • 2.4 Display

  • 2.5 Virtual Reality

  • 2.6 Portable Video Viewers

  • 2.7 Industrial Wearable Systems

  • 2.8 Academic/Maker Systems for Everyday Use

  • 2.9 Consumer Devices

  • 2.10 Meeting the Challenge

  • References

3. Intimacy and Extimacy: Ethics, Power, and Potential of Wearable Technologies

  • 3.1 Introduction

  • 3.2 Future Scenarios: Ethical and Speculative Implications

    • Garment as Anchor

    • Start with Value

    • Think about the System

    • Requirements and Specifications for Humans

    • Prototypes and Iterative Design

    • Experimenting with the Future

    • Coloring

    • Life As We Know It — The Qualified Self

  • 3.3 Self and the Social Politics of Wearable Technologies

    • Personal Technologies, Regional Innovation

    • Quantifying the Intended User

    • Tracking in the Factories

    • Bodies at Work

  • 3.4 Synaptic Sculpture: Vibrant Materiality and the Interconnected Body

    • Sperm, Stars, and Human-Centric Perception

    • Inversion of the Design Process

    • Bridging Materiality and Information

    • Merger of the Body and Technology

    • Conclusion: Synthesis and Synaptics

  • References

4. Head-Mounted Display Technologies for Augmented Reality

  • Introduction

  • Brief History

  • Human Vision System

  • HMD-Based AR Applications

  • Hardware Issues (Optical and Video See-Through, Ocularity, Eye-Relief, Optical Design)

  • Characteristics (Resolution, Field of View, Occlusion, Depth of Field, Latency, Parallax, Distortions, Multimodality, Sensing)

  • Human Perceptual Issues (Depth Perception, User Acceptance, Adaptation)

  • Conclusion

  • References

5. Optics for Smart Glasses, Smart Eyewear, AR & VR Headsets

  • Introduction

  • Market Segments

  • Optical Requirements & Architectures

  • Diffractive and Holographic Extractors

  • IPD, Eye Box, Eye Relief, Eye Pupil

  • Optical Microdisplays

  • Smart Eyewear & Industrial Implementations

  • Other Optical Architectures (Contact Lens-Based, Light Field)

  • Optics for Input Interfaces (Voice Control, Trackpad, Gestures, Eye Tracking)

  • Conclusion

  • References

Section II: Augmented Reality Technologies and Applications

6. Image-Based Geometric Registration for Zoomable Cameras

  • Background & Literature Review

  • Marker-Based Camera Parameter Estimation

  • Camera Pose Estimation (Monocular, Stereo)

  • Results and Summary

  • References

7. Visual Tracking for Augmented Reality in Natural Environments

  • Introduction

  • Framework for Simultaneous Tracking & Recognition

  • Camera Pose Tracking with Robust SFM & LiDAR

  • Summary and Conclusions

  • References

8. Urban Visual Modeling and Tracking

  • Introduction

  • Outdoor Panoramic Capture

  • 3D Modeling & Geo-Alignment

  • Tracking the Model

  • Server/Client System Design

  • Evaluation & Discussion

  • Further Reading

  • References

9. Scalable Augmented Reality on Mobile Devices

  • Applications (Computer Vision, Sensor-Based, Hybrid)

  • Challenges

  • Pipelines and Methods (Visual Object Recognition and Tracking, Sensor-Based, Hybrid)

  • Software Development Toolkits

  • Conclusions

  • References

10. Haptic Augmented Reality

  • Introduction

  • Taxonomies

  • Components for Haptic AR

  • Stiffness & Friction Modulation

  • Application: Palpating Virtual Inclusion

  • Open Research Topics

  • Conclusions

  • References

Section III: Augmented Reality in Specific Fields

11. Location-Based Mixed and Augmented Reality Storytelling

  • Motivation

  • Reinforcing, Reskinning, Remembering

  • Conclusion

  • References

12. Spatial Sound and Audio Augmented Reality

  • Introduction & Overview

  • Auditory Dimensions and Source-Sink Chain

  • Whereware, Wearware, Everyware Concepts

  • Capabilities and Special Displays

  • Concluding Remarks

  • References

13. Applications of Audio Augmented Reality

  • Introduction

  • Applications (Navigation, Assistive Tech, Security, Games, etc.)

  • Anyware and Awareware Concepts

  • Challenges and Conclusions

  • References

14. Advances in AR for Architecture, Engineering, and Construction (AEC)

  • Introduction & Overview

  • Challenges (Spatial Alignment, Occlusion)

  • Software and Hardware

  • Implemented Applications

  • Summary and Conclusions

  • References

15. AR Human–Robot Interfaces

  • Introduction

  • Video See-Through Interfaces

  • Projection-Based AR for Robots

  • Active Tangible Robots

  • Conclusion

  • References

16. Mobile AR for Cultural Heritage

  • Introduction & Background

  • Application Example: Historical Tour Guide

  • User Interest Evaluation

  • Conclusion

  • References

17. AR Applications in the Automotive Industry

  • Introduction & Benefits

  • Technological Challenges

  • Vehicle Tracking and Localization

  • Conclusion

  • Acknowledgments

18. Visual Consistency in AR Compositing

  • Introduction

  • Visual Discrepancies & Realism Strategies

  • Camera Realism Emulation

  • Challenges of Real-Virtual Compositing

  • Stylized AR

  • Conclusion

  • References

19. AR in the Operating Room

  • Introduction

  • Image Guidance Infrastructure

  • AR Systems in Use

  • Limitations and Challenges

  • Future Perspectives

  • References

20. AR for Image-Guided Surgery

  • Introduction

  • AR IGS System Components

  • Surgical Applications (Neurosurgery, Craniofacial, Endoscopic, Orthopedic)

  • Validation and Evaluation

  • Summary

  • References

Section IV: Wearable Computers and Wearable Technology

21. Soft Skin Simulation for Wearable Haptic Rendering

  • Related Work

  • Full-Hand Deformation

  • Strain-Limiting for Nonlinear Soft Skin Deformation

  • Anisotropic Soft Skin Deformation

  • (The rest of this chapter seems truncated here…)

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Tags: Woow Barfield, Wearable Computers, Augmented