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Understanding Augmented Reality Concepts and Applications

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ISBN-10: 0240824083

ISBN-13: 9780240824086

Edition: 2013

Authors: Alan B. Craig

List price: $59.95
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Description:

Augmented reality is one of the newest innovations in the electronics industry. It is the superimposing of graphics, audio and other sense enhancements onto real-time environments - combining the physical and virtual worlds. Recent examples include the following: on TV, you have the super-imposed first down line in football games; on cell phones, apps now use the  phone's camera and GPS capabilities to gather info about one's surrounding area, overlaying this information on the phone's screen.   The essential components of Augmented Reality are simple: A computer (cell phone or laptop), a camera, sensors (GPS, touch, accelerometer, compass) and finally tracking software. But there are so…    
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Book details

List price: $59.95
Copyright year: 2013
Publisher: Elsevier Science & Technology
Publication date: 6/10/2013
Binding: Paperback
Pages: 296
Size: 7.50" wide x 9.25" long x 0.50" tall
Weight: 1.188
Language: English

Foreword to Alan B. Craig's Understanding Augmented Reality
Preface
About the Author
Acknowledgments
What Is Augmented Reality?
Introduction
Where Did Augmented Reality Come From?
Other Enhancements
Why Digital Enhancement of the Real World Rather Than Physical Enhancement?
Augmented Reality
The Physical World Is Augmented by Digital Information That is Superimposed on a View of the Physical World
The Information Is Displayed in Registration with the Physical World
The Information Displayed Is Dependent on the Geographic Location of the Real World and the Physical Perspective of the Person in the Physical World
The Relationship Between Augmented Reality and Other Technologies
Media
Technologies
Other Ideas Related to the Spectrum Between Real and Virtual Worlds
Summary of Related Technologies
Summary
Augmented Reality Concepts
Introduction
How Does Augmented Reality Work?
The Two-Step Process of Augmented Reality Applications
Sensor(s)
Processor
Display
Concepts Related to Augmented Reality
Computer Graphics
Dimensionality
Depth Cues
Registration and Latency
Ingredients of an Augmented Reality Experience
Augmented Reality Application
Content
Interaction
Technology
The Physical World
Participant(s)
Summary
Augmented Reality Hardware
Introduction
Major Hardware Components for Augmented Reality Systems
Sensors
Processors
Displays
Augmented Reality System
Summary
Augmented Reality Software
Introduction
Major Software Components for Augmented Reality Systems
Software Involved Directly in the Augmented Reality Application
Software Used to Create the Augmented Reality Application
Software used to Create Content for the Augmented Reality Application
Software for Creating and Editing Three-Dimensional Graphics
Other Software Related to Augmented Reality
Putting It All Together
Summary
Content Is Key!-Augmented Reality Content
Introduction
What Is Content?
Attributes of Different Ways of Representing Content
Creating Visual Content
Three-Dimensional Objects
Two-Dimensional Images
Visual Elements That Vary with Time (Animation)
Creating Audio Content
Creating Content for Other Senses (Touch, Taste, Smell)
Representation and Perceptual Issues
Representation and Our Senses
Summary
Interaction in Augmented Reality
Introduction
What Is Interaction?
Interaction in the Real World
Manipulation
Navigation
Communication and Multiperson Augmented Reality Applications
Interaction in Projected Augmented Reality Environments
Subjective vs Objective Point of View
Summary
Mobile Augmented Reality
Introduction
What Is Mobile Augmented Reality?
Advantages and Disadvantages of Mobile Augmented Reality
Advantages of Mobile Augmented Reality Applications
Disadvantages of Mobile Augmented Reality Applications
Architectures for Mobile Augmented Reality Systems
Summary
Augmented Reality Applications
Introduction
What Makes a Good Augmented Reality Application?
Application Areas
Magic Books
Magic Mirrors
Magic Windows and Doors
Magic Lens
Navigation Assistance
Nonreferential Augmentation
Objective View Augmented Reality
Collaborative Augmented Reality
Applying Augmented Reality to a Problem
Evaluating Augmented Reality Applications
Why Evaluate Augmented Reality Applications?
Evaluation Questions
Example Augmented Reality Applications
The Ethnobotany Workbook.
colAR-Amazing Animals of New Zealand
T. rex
Anatomy
Summary
The Future of Augmented Reality
Introduction
The Current State of Augmented Reality
The State of Augmented Reality Applications
The State of Augmented Reality Technology
The State of Augmented Reality Content Development
Why Consider the Future?
Trends in Augmented Reality
Trends Toward Mobile Augmented Reality Applications
A Trend Away from Specialized Fiducial Markers
A Trend Toward improved Tracking and Hybrid Tracking Technologies
A Trend Toward Less Encumbrance with Augmented Reality Systems
A Trend Toward Display to More Senses with Augmented Reality Systems
A Trend Toward Higher Fidelity Representations and Displays
A Slow Trend Toward Projection Augmented Reality Systems
A Trend Toward More Control Being Done in the Real World
A Trend Toward Multiperson Applications and Private Applications
A Trend Toward Applications with Readily Swappable Content
A Trend Toward Repositories of Augmented Reality Content and Applications
A Trend Toward More Application Areas
A Trend Toward Ubiquitous Content and Channels of Augmentations
A Trend Toward New Mechanisms for Augmentation Discovery
A Trend Toward Easy-to-Use Authoring Tools for Augmented Reality Experiences
A Trend Toward Attention to Disabilities and Challenges
A Trend Toward Better, More Formal Evaluation of Augmented Reality Experiences
Intellectual Property in Augmented Reality Applications
Summary
Index