Osoby które kupowały "Designing for Emerging Technologies. UX for Genomics, Robotics, and the Internet of Things", wybierały także:

• Tkinter GUI Application Development Blueprints, Second Edition 157,37 zÅ‚, (29,90 zÅ‚ -81%)
• Mastering SVG 135,91 zÅ‚, (29,90 zÅ‚ -78%)
• Fixing Bad UX Designs 124,58 zÅ‚, (29,90 zÅ‚ -76%)
• Python Web Scraping Cookbook 124,58 zÅ‚, (29,90 zÅ‚ -76%)
• Hands-On Chatbots and Conversational UI Development 124,58 zÅ‚, (29,90 zÅ‚ -76%)

Spis treści

Designing for Emerging Technologies. UX for Genomics, Robotics, and the Internet of Things eBook -- spis treści

• Designing for Emerging Technologies: UX for Genomics, Robotics, and the Internet of Things
• List of Contributors
• Foreword
• Preface
  • Why We Wrote This Book
    • Who Should Read This Book
  • How This Book Is Organized
  • Chapters Organized By Subject Area
    • 3D printing/additive fabrication
    • The evolution of the design field
    • Genomics and synthetic biology
    • The Internet of Things/connected environments
    • Product design
    • Robotics
    • Visualization
    • Wearable Technology
  • Safari Books Online
  • How to Contact Us
  • Acknowledgments
• 1. Designing for Emerging Technologies
  • A Call to Arms
  • Design for Disruption
    • The IoT, Connected Environments, and Wearable Technology
    • Robotics
    • 3D Printing
    • Genomics and Synthetic Biology
  • Eight Design Tenets for Emerging Technology
    • 1. Identify the Problems Correctly
    • 2. Learn Constantly
    • 3. Think Systemically
    • 4. Work at a Variety of Scales
    • 5. Connect People and Technology
    • 6. Provoke and Facilitate Change
    • 7. Work Effectively on Cross-Disciplinary Teams
    • 8. Take Risks, Responsibly
  • Changing Design and Designing Change
• 2. Intelligent Materials: Designing Material Behavior
  • Bits and Atoms
    • Inspired by Nature at a Small Scale: Material Properties from MicroTextures
  • Emerging Frontiers in Additive Manufacturing
  • Micro Manufacturing
  • Dynamic Structures and Programmable Matter
  • Connecting the Dots: What Does Intelligent Matter Mean for Designers?
    • Designing Material Behaviors
      • Rainwater management in civic spaces and building exteriors
      • Building interior spaces and water management
    • Designing Modes for Physical Products
    • Designing Physical Behaviors in Physical Products
  • Conclusion
• 3. Taking Control of Gesture Interaction
  • Reinventing the User Experience
  • Analysis
  • Prototyping
  • A Case Study: Gesture Control
    • Feedback
    • Scrolling and Zooming
    • Selection: The Smart Pointer
    • User Fatigue and the Arc Menu
  • Trade-offs
  • Looking Ahead
• 4. Fashion with Function: Designing for Wearables
  • The Next Big Wave in Technology
  • The Wearables Market Segments
  • Wearables Are Not Alone
  • UX (and Human) Factors to Consider
    • Visibility
    • Role
    • Display On-Device
      • No display
      • Minimal output display (LED-based)
      • Full interactive display
        • Small display size
        • Mix of interaction patterns
        • Direct versus indirect manipulation
        • Separate versus integrated visual field display
        • Level of control on the display
    • The Interaction Model
      • Multimodal interaction
        • Output
        • Input
      • Multi-device Interaction
  • Summary
• 5. Learning and Thinking with Things
  • Tangible Interfaces
    • Kanban Walls, Chess, and Other Tangible Interactions
    • Manipulatives in Education
    • Virtual Manipulatives
    • Embodied Learning
  • (Near) Future Technology
    • Thinking with Things, Today!
      • Sifteo Cubes
      • Motion Math
      • GameDesk
  • Timeless Design Principles?
    • Cylinder Blocks: Good Learning Objects
      • Case Study: An appcessory for early math concepts
  • Farther Out, a Malleable Future
  • Nothing New Under the Sun
  • Closing
• 6. Designing for Collaborative Robotics
  • Introduction
  • Designing Safety Systems for Robots
    • The Safety Framework
      • Awareness
      • Fault tolerance
      • Explicit communication
    • Developing Social Skills
      • Physical appearance
      • Acknowledgement of people
      • Behavioral cues and body language
  • Humanlike Robots
  • Human-Robot Collaboration
    • Developing Real-World Collaboration Solutions
      • Fit to task and customization
      • Consistent behavior and fluid motion
      • Natural feedback and adaptive behavior
      • Environmental awareness
  • Testing Designs by Using Robotics Platforms
    • Evaluating Designs by Using Real Platforms
    • Microsoft Robotics Developer Studio
  • Future Challenges for Robots Helping People
  • Conclusion
  • Robotics Resources
• 7. Design Takes on New Dimensions: Evolving Visualization Approaches for Neuroscience and Cosmology
  • The Brain Is Wider Than the Sky
  • Section 1: An Expanding Palette for Visualization
    • Entering Another Dimension
    • Pixels and Voxels
    • 3D Fluency
    • Visualizing Vastness
    • Embracing Uncertainty and Constraints
  • Section 2: Visualizing Scientific Models (Some Assembly Required)
    • Tinkering in the Model Shop
    • Simplicity and Prediction
    • Examples from the yt Project
  • Section 3: Evolving Tools, Processes, and Interactions
    • Observatories of the Brain
    • Kicking the Tires of Convergence
    • Machine Learning and Human Communication
    • Lateral Thinking and Cross-Disciplinary Teams
    • Game Mechanics and Winning Teams
  • Conclusion
• 8. Embeddables: The Next Evolution of Wearable Tech
  • Technology That Gets Under Your Skin
  • Permeable Beings: The History of Body Modification
  • Decoration, Meaning, and Communication
    • Marking the Skin
    • Puncturing the Flesh
    • Reshaping the Body
    • The Future of Body Decoration
    • Screens and Indicators on Skin
    • Screening Out the World
  • Optimization and Repair
    • Stopping the Clock
    • The Artificial Body
  • The Extended Human
    • The Mother of All Demos
    • A Predictive World, a World of Sensors
    • Embedded Tech Brings a New Language of Interaction
      • Immersive displays
      • Skin-top computer
      • Thought control
    • What Will It Be Like to Live in the Embedded World?
  • Just Science Fiction, Right?
  • Key Questions to Consider
• 9. Prototyping Interactive Objects
  • Misconceptions Surrounding Designers Learning to Code
    • Sketching with Code
    • Processing and Arduino
    • Case Study: Capybara
    • Losing the Wires
    • Going to Beta Testing
    • Tracking Pixels
    • Its Not Easy, But You Can Do It
• 10. Emerging Technology and Toy Design
  • The Challenge of Toy Design
  • Toys and the S-Curve
  • Toys and Intellectual Property
  • Emerging Technologies in Toy Design
    • Emerging Technology Accessories
    • Simple and Affordable Emerging Technology
  • Inherently Playful Technology
  • Sensors and Toy Design
  • Emerging Technology in Production and Manufacturing
    • Suggestions for Designing Toys with Emerging Technology
  • Summary
• 11. Musical Instrument Design
  • Experience Design and Musical Instruments
  • The Evolution of the Musician
    • The New Instrument
    • The Curse of Flexibility
    • Emerging Technology: Computation, Sensors, and Audio Synthesis
    • Designing for Software Instruments: from Gestures, through Mapping, to Sound
    • Aspects of Mappings
      • Consistency
      • Continuity
      • Coherence
  • Conclusion
• 12. Design for Life
  • Bloodletting to Bloodless
  • The Surveillance Invasion
  • Life FirstHealth a Distant Second
  • Stage Zero Detection
  • From Protein to Pixel to Policy
  • Final Thoughts
• 13. Architecture as Interface: Advocating a Hybrid Design Approach for Interconnected Environments
  • The Blur of Interconnected Environments
    • Design Traditions from Architecture
    • Architectural Design Theory: Models of Interaction and Meaning
  • Theorizing Digital Culture: New Models of Convergence
    • Enter Interconnected Environments
  • Hybrid Design Practice
    • Trapelo Road Case Study
    • Human to Machine, Machine to Machine
    • Emerging Models of Convergent Design
  • Changing Definitions of Space
  • A Framework for Interconnected Environments
    • Modes of Interaction
  • Spheres of Inquiry
  • An Exercise in Hybrid Design Practice
  • Architecture as Interface
  • Conclusion
  • References
• 14. Design for the Networked World: A Practice for the Twenty-First Century
  • The Future of Design
  • New Environment, New Materials
    • Happenings, Conversations, and Exploration
    • Twenty-First Century Foundation
      • Texture
      • Agency
      • Opacity
      • Reflexivity
  • New Tools for a New Craft
    • Experiment
    • Learn new skills
    • Be critical
    • Making the Future in Which We Want to Live
• 15. New Responsibilities of the Design Discipline: A Critical Counterweight to the Coming Technologies?
  • Critiquing Emerging Technology
    • Design Is About People
    • What Constitutes a Better Product?
  • Emerging Technologies
    • The Designer As Technology Critic
      • 1. Humanizing emerging technologies
      • 2. Publicizing implications in understandable ways
      • 3. Influencing the scientific community
  • New Responsibilities of the Design Discipline
  • Bibliography
• 16. Designing Human-Robot Relationships
  • Me Man, You Robot: Designers Creating Powerful Tools
    • The Origins of Robots
    • Robotic Social Cues
    • The Consequences of Increasing Intelligence
  • Me Man, You Robot? Developing Emotional Relationships with Robots
    • Your Robot Relationship
    • Questions to Consider
  • Me Robot? On Becoming Robotic
  • Into the Future
  • Your Robot: Consider Nielsen, Maslow, and Aristotle
  • Conclusion
• 17. Tales from the Crick: Experiences and Services When Design Fiction Meets Synthetic Biology
  • Design Fictions as a Speculative Tool to Widen the Understanding of Technology
  • The Building Bricks of the Debate
    • Clothing and Fashion: Goose-Bump Coats and Other Synbio Perks
    • The Moving Definition of Nature in a Synbio World: The Agricultural Example
  • Healthcare Narratives: From Scenarios to Societal Debates
    • Treatment Scenarios
    • Scenarios of Enhancements
    • A Debate on Whats Fair
    • A Debate on Whats Left
  • Living Objects: Symbiotic Indispensable Companions
• 18. Beyond 3D Printing: The New Dimensions of Additive Fabrication
  • MIT and the Mediated Matter Group: Previous and Current Additive Fabrication Research
  • The Dimensions of Additive Fabrication
    • Spatial Dimensions
      • Macro-scale dimension
      • Digital construction platform
      • Informed fabrication
      • Benefits of digital construction
      • Micro-scale dimension
      • Microfluidic devices
    • Material Dimensions
      • Multimaterial printing
      • Material tunability
    • Temporal Dimensions
      • Digital biological fabrication
  • Conclusion
    • Acknowledgments
    • References
• 19. Become an Expert at Becoming an Expert
  • Into the Fire
  • Eating the Elephant
    • What Do I Need to Know?
      • Whats the project?
      • Whats the domain?
      • Whats the technology?
      • Parlez-vous français?
      • A lingo-to-English dictionary
    • Where Do I Go for My Research?
      • People
      • Product
      • Publications
    • Stop!
  • Onward
• 20. The Changing Role of Design
  • On the Impact of Emerging Technologies
    • The Changing Role of Design
  • Design Complexity and Emerging Technologies
  • Design Trends for Emerging Technologies
    • Engineers as Visionaries and Creators
    • Designers as Engineers
    • Engineers as Scientists
  • User Experience: Finding Its Level
  • The Future for Me, the Future for You
• A. Companies, Products, and Links
• B. About the Authors
• C. Designing for Emerging Technologies
• Index
• Copyright