Index
A note on the digital index
A link in an index entry is displayed as the section title in which that entry appears. Because some sections have multiple index markers, it is not unusual for an entry to have several links to the same section. Clicking on any link will take you directly to the place in the text in which the marker appears.
A
- abacus, finger, Design Follows Technology
- accelerometers
- activity trackers and, Not All Steps Are Equal, Sensors to Data
- smartwatches and, Designing for Smartwatches
- wearable cameras and, Narrative: Design for the Photographed
- ACE (American Council on Exercise), Shaping
- active capture (cameras), Wearable Cameras, Narrative: Design for the Photographed
- active listening, Augmentation
- active-focused applications, Frameworks for Smartwatch Interaction
- activity trackers
- advancements and distinctions in, Not All Steps Are Equal
- connected fitness trackers, Connected Fitness Trackers
- designing, Telling the Rest of the Health Story
- early step tracking, Activity Trackers
- energy expenditure considerations, Connecting the Dots
- passive input and, Passive input
- sensors and machine learning in, More Sensors and Machine Learning
- step count considerations, Activity Trackers, Connected Fitness Trackers
- structural problems with, More Sensors and Machine Learning
- Adafruit FLORA platform, Connecting to Processing
- addition, sensory, Augmentation
- Adler, Patricia, Target’s Open House
- Amazon Alexa personal assistant, Service Avatars and Story Telling
- American Council on Exercise (ACE), Shaping
- anagram example, Describing Our Minds
- analog signals, Sensors
- analyses (Laban framework), Gaining Physical Awareness
- Android mode (Processing language), Android mode, Android Mode in Processing
- Android Wear platform (Google), Cell Phones and The Modern Era
- animal electricity, Describing Our Minds
- Ant prototype (Google Glass), The Development of Google Glass
- Apple (company)
- cell phones, Ecosystem Integration, Narrative: Design for the Photographed
- designing for smartwatches, Frameworks for Smartwatch Interaction
- Lisa Office System, Early Wrist Computers
- service design and, Service Design
- Arduino platform
- about, Why Prototype?, Android mode
- Arduino boards, Android mode
- Arduino IDE, Different boards, Getting comfortable with Arduino
- code example, Arduino code
- getting comfortable with, Getting comfortable with Arduino
- Processing language and, Getting comfortable with Arduino
- sensors, Arduino code
- short example, Sensors
- augmentation, sensory, Memory and Expectations
- augmented reality, GoPro’s Mobile Video Editing, Augmented Reality
- automation (machine learning), Service Design and Machine Learning
B
- B-frames, What a Digital Camera Does
- barometric pressure, Smartwatches
- Bat prototype (Google Glass), The Development of Google Glass
- “because we can”, Because We Can, We Can
- Behar, Yves, Not All Steps Are Equal
- behavioral feedback (machine learning), Automation
- bioimpedance, More Sensors and Machine Learning, Telling the Rest of the Health Story
- bioindicators
- activity trackers and, Bioindicators to Sensors
- cognitive wearables and, Fitness Trackers for Your Mind
- biological attention (perception), Raw Information
- bits (computer), What a Digital Camera Does
- Black Mirror (TV show), Diminished Reality
- blindsight, Embodied Perception
- body schema, Cognition and Tools
- breathing patterns, Fitness Trackers for Your Mind, Cognition and Tools
- Brin, Sergey, One Day
C
- calculator watches, Smartwatches
- calorie tracking
- energy expenditure and, Connecting the Dots, More Sensors and Machine Learning
- GoBe application, Telling the Rest of the Health Story
- translating data to metrics, Sensors to Data
- cameras, Wearable Cameras
- CamFind app, Augmented Reality
- Carroll, Aaron E., More Sensors and Machine Learning
- Casio watches, The Microchip Explosion
- Cat prototype (Google Glass), The Development of Google Glass
- causality considerations (cognitive wearables), Language
- CDC (Center for Disease Control), More Sensors and Machine Learning
- cell phones, Ecosystem Integration
- cellular data networks, The Internet
- Center for Disease Control (CDC), More Sensors and Machine Learning
- CMOS sensor, What a Digital Camera Does
- cognitive accountability system, Causality
- cognitive attention (perception), Raw Information
- cognitive wearables
- about, Cognitive Wearables
- altering consciousness, Muse
- embodied wearable devices, Cognition and Tools
- learning to learn, Thync
- machine learning and, More Sensors and Machine Learning
- moving forward with, Cognitive Wearables
- stress and focus, Stress and Focus
- color values (cameras), What a Digital Camera Does, Narrative’s Moments, Computer Vision and Supporting Technologies
- communication tools
- about, The Double Diamond, Service Blueprint
- customer journey map, The Double Diamond
- service blueprint, The Double Diamond
- complication (watches), Designing for Smartwatches
- compression, image, What a Digital Camera Does
- computer vision, Computer-Mediated Reality
- computer-mediated reality
- about, GoPro’s Mobile Video Editing
- augmented reality, GoPro’s Mobile Video Editing, Augmented Reality
- computer vision and, Computer-Mediated Reality
- diminished reality, GoPro’s Mobile Video Editing, Diminished Reality
- mixed reality, GoPro’s Mobile Video Editing, Computer Vision and Supporting Technologies, Mixed Reality, We Can
- concepting/ideation (double-diamond process), The Double Diamond
- conductive thread, Connecting to Processing
- connected fitness trackers, Early Step Tracking, Connected Fitness Trackers
- consciousness, altering, Muse
- controlP5 GUI, Layers
- CRT (cathode ray tube), The Microchip Explosion
- customer journey map, The Double Diamond
D
- da Vinci, Leonardo, Activity Trackers
- Dahl, Erik, Gaining Physical Awareness
- Damasio, Antonio, Embodied Perception
- data logging
- advancements in, Not All Steps Are Equal
- connected fitness trackers, Connected Fitness Trackers
- designing fitness trackers, Telling the Rest of the Health Story
- energy expenditure, Connecting the Dots
- manual, Telling the Rest of the Health Story
- pedometers and, Connected Fitness Trackers
- sensors and machine learning, More Sensors and Machine Learning
- detailed input for wearable devices, Input
- differential reinforcement, Behavioral Feedback
- digital amnesia, Cognition and Tools
- digital cameras, What a Digital Camera Does
- digital posture coach, Passive input, Spire
- digital signals, Arduino code
- digital watches, Ecosystem Integration
- diminished reality, GoPro’s Mobile Video Editing, Diminished Reality
- disembodied cognition, Describing Our Minds
- Disney Magicband, Service Design
- Dog prototypes (Google Glass), The Development of Google Glass
- Doppler Labs, Augmentation
- double-diamond design process, The Double Diamond
- draw loop
- Arduino platform, Arduino code
- Processing language, The Processing IDE, Connecting to Processing
- Dreamforce conference, The Development of Google Glass
- Dynamosphere (Laban framework), Scenarios
E
- Eagleman, David, Augmentation
- editing, mobile video, Narrative’s Moments
- EEG (electroencephalography) band, Spire, Causality
- efforts (Laban framework), Gaining Physical Awareness, Analyses
- Electronics magazine, Digital Maturity
- ellipse() function, Connecting to Processing
- embodiment theory
- about, How We Think, Describing Our Minds
- cognition and tools, Cognition and Tools
- embodied wearable devices, Cognition and Tools
- how we think, How We Think
- Emu prototype (Google Glass), The Development of Google Glass
- energy balance equation, More Sensors and Machine Learning
- energy expenditure (activity trackers), Connecting the Dots
- Evernote (company), Designing for Smartwatches
- EXIF (Exchangeable Image File) format, What a Digital Camera Does
- expectations (perception), Memory and Expectations
- experiential knowledge, Connecting the Dots
- explicit knowledge, Connecting the Dots
F
- facial recognition, Augmented Reality
- Fast, Karl, Describing Our Minds
- feedback mechanisms
- active output, Passive input
- behavioral feedback, Automation
- cognitive wearables, Stress and Focus
- embodiment of, What Is Embodiment?, Cognition and Tools
- perception of, Gaining Physical Awareness
- prototyping and, Prototyping
- service design and, The Double Diamond
- Firmata sketch, Getting comfortable with Arduino
- Fitbit devices
- about, More Sensors and Machine Learning
- active output and, Passive input
- advancements in, Not All Steps Are Equal
- data logging and, Connected Fitness Trackers
- sensors in, More Sensors and Machine Learning
- fitness trackers, Not All Steps Are Equal
- Fly prototype (Google Glass), The Development of Google Glass
- focus (mental state), Stress and Focus
- Fossil smartwatches, Ecosystem Integration, Designing for Smartwatches
- foveal resolution, Raw Information
- Frankenstein (Shelly), Describing Our Minds
- Fuelband (Nike), Connecting the Dots
G
- Galvani, Luigi, Describing Our Minds
- galvanic skin response (sensor), More Sensors and Machine Learning
- Garten, Ariel, Muse
- Gelder, Beatrice De, Embodied Perception
- gestural interfaces, Detailed input
- Getting Started with Arduino (Banzi), Getting comfortable with Arduino
- Glassholes, Public Backlash
- Gliding effort (Laban framework), Analyses
- Gnu prototype (Google Glass), The Development of Google Glass
- GoBe devices, Telling the Rest of the Health Story
- Google (company)
- DR applications and, Diminished Reality
- embedded wearable cameras, Diminished Reality
- I/O conference, One Day, Public Backlash
- MR applications and, Mixed Reality
- smartwatches and, Cell Phones and The Modern Era, Withings Activité
- Google Effects on Memory (Sparrow), Cognition and Tools
- Google Glass
- about, A Truly Wearable Computer, Not a Failure
- active output and, Passive input
- CamFind app, Augmented Reality
- development of, The Development of Google Glass
- failures of, Not a Failure
- Glassholes and, Public Backlash
- image recognition programs, The Internet
- One Day video, One Day
- public backlash against, One Day
- GoPro (company)
- smartwatches and, Designing for Smartwatches
- wearable cameras and, Narrative: Design for the Photographed, Narrative’s Moments
- GPS location, Input, What a Digital Camera Does, Smartwatches
- GUI (graphical user interface), Early Wrist Computers, Layers
- gyroscopes, Not All Steps Are Equal, Sensors to Data, Designing for Smartwatches
H
- hammers example, Selling the Invisible
- Hatano, Yoshiro, Early Step Tracking, Connected Fitness Trackers
- HealBe (company), Telling the Rest of the Health Story
- heart activity (sensors), More Sensors and Machine Learning, Smartwatches
- Heilig, Morton, A Truly Wearable Computer
- Here earbuds (Doppler Labs), Augmentation
- Hike-O-Meter (Wheaties), Early Step Tracking
- Hinton, Andrew, Describing Our Minds, Embodied Perception, Memory and Expectations
- Hippocrates, How We Think
- Hog prototype (Google Glass), The Development of Google Glass
- Hololens (Microsoft), Detailed input, Mixed Reality
- homeostasis, Embodied Perception
- honesty principle (wearable cameras), Narrative: Design for the Photographed
- human mind
- cognition and tools, Cognition and Tools
- computer metaphor, Describing Our Minds
- embodied wearable devices, Cognition and Tools
- embodiment theory, Describing Our Minds
- gaining physical awareness, Gaining Physical Awareness
- how we think, How We Think
- perception and, Smartwatches
- sensory experiences, Memory and Expectations
- human-related areas for wearable technology
- about, The Internet
- determining what we want, The “Us” Part of Maturity
- input considerations, Input
- output considerations, Passive input
- Humanyze (company), Passive input
- humors (human body), How We Think
I
- I-frames, What a Digital Camera Does
- Ibex prototype (Google Glass), The Development of Google Glass
- ideation (double-diamond process), The Double Diamond
- If This Then That (IFTTT), Intel Curie
- image recognition programs, The Internet
- In Our Own Image (Zarkadakis), How We Think
- input for wearable devices
- about, Input
- detailed input, Input
- machine learning and, Service Design and Machine Learning
- passive input, Detailed input
- Inserm research group, Cognition and Tools
- integrated circuits, Digital Maturity, The First Calculator Watch
- Intel Curie chip, Intel Curie
- International Space Station, Ecosystem Integration
- internet
- DR technology and, Diminished Reality
- Moore’s law and, The Internet
- Particle microcontroller board connections, Intel Curie
- transitive memory and, Cognition and Tools
- interpersonal reciprocity, law of, Public Backlash
- intimacy considerations (cognitive wearables), Causality
- IoT (Internet of Things), Gaining Physical Awareness
- iPhone (Apple), Ecosystem Integration, Designing for Smartwatches, Narrative: Design for the Photographed
J
- Jawbone devices
- advancements in, Not All Steps Are Equal
- machine learning and, More Sensors and Machine Learning, Automation
- sensors in, More Sensors and Machine Learning, More Sensors and Machine Learning
- Jefferson, Thomas, Activity Trackers
K
- Kallayil, Gopi, The Development of Google Glass
- Källström, Martin, Narrative: Design for the Photographed
- Ketai library, Android–Ketai
- keyboards
- one-handed, Input, Early Wearable Computers
- wrist computers and, Early Wrist Computers
- Koala prototype (Google Glass), The Development of Google Glass
- Kuniavsky, Mike, xiv, Service Design, Hammers and Memories
L
- Laban Movement Analysis
- about, Gaining Physical Awareness
- analyses in, Gaining Physical Awareness
- efforts in, Gaining Physical Awareness, Analyses
- scenarios in, Scenarios
- Laban, Rudolf, Gaining Physical Awareness
- language considerations (cognitive wearables), Language
- layers (Processing), Layers
- LCD (liquid-crystal display), The First Calculator Watch, The Microchip Explosion
- Learning Processing (Shiffman), Android mode
- LED (light-emitting diode) display
- Arduino platform example, Sensors
- smartwatches and, The First Calculator Watch, The Microchip Explosion, Designing Smartwatches Themselves
- Lennon prototype (Google Glass), The Development of Google Glass
- libraries (Processing language), Layers, Putting Firmata on your Arduino board, Android–Ketai
- Lumo Lift, Passive input, Spire
M
- MacDonald, Michelle, Telling the Rest of the Health Story
- machine learning
- about, Service Design and Machine Learning
- activity trackers and, More Sensors and Machine Learning
- advances in, We Can
- automation example, Service Design and Machine Learning
- behavioral feedback example, More Sensors and Machine Learning, Automation
- cognitive wearables and, More Sensors and Machine Learning
- moving forward with, Cognitive Wearables
- service design and, More Sensors and Machine Learning, Service Design and Machine Learning
- shaping example, Behavioral Feedback
- transparency example, Shaping
- macroblocks, What a Digital Camera Does
- Madison, James, Activity Trackers
- Magic Leap (company), Mixed Reality
- Magicband (Disney), Service Design
- mainstream cognition, Describing Our Minds
- Mann, Steve, Foreword
- Manpo-kei pedometer, Early Step Tracking
- marketing, Selling the Invisible
- Maxbotix MaxSonar EZ1 sensor, Short example
- meditation, Spire, Thync
- memory and expectations (perception), Memory and Expectations
- Meta (company), Mixed Reality
- metadata, What a Digital Camera Does
- metrics and measurement, Connected Fitness Trackers
- cognitive wearables and, Fitness Trackers for Your Mind
- fitness trackers and, Activity Trackers, Telling the Rest of the Health Story
- Mi Band (Xiaomi), Not All Steps Are Equal
- microchips, The First Calculator Watch
- microcontroller boards, Intel Curie
- Microsoft (company)
- gestures as input mechanisms, Detailed input
- MR technology and, Mixed Reality
- smartwatches and, Ecosystem Integration
- Misfit Shine, Not All Steps Are Equal
- MIT Wearable Computing Project, Early Wearable Computers
- mixed reality
- about, GoPro’s Mobile Video Editing, Mixed Reality
- examples of, Computer Vision and Supporting Technologies
- moving forward with, We Can
- moments (Narrative Clip), Handling the Data
- Moore, Gordon, Digital Maturity
- Moore’s law, Digital Maturity
- Muse (cognitive wearable), Spire, Causality
- My Disney Experience app, Disney’s Magicband
- MyFitnessPal application, Telling the Rest of the Health Story, Telling the Rest of the Health Story
- Myo Armband, Detailed input
N
- Narges, Iran, Pulling It All Together
- Narrative Clip camera
- about, Wearable Cameras
- examples of images, What a Digital Camera Does
- moments concept, Handling the Data
- sales and marketing, Hammers and Memories
- NASA, Early Wrist Computers
- National Institutes of Health, More Sensors and Machine Learning
- nervous systems, Thync
- Nest “learning thermostat”, Service Design and Machine Learning
- neural coding, Raw Information
- Nexus One phones, The Development of Google Glass
- Nike Fuelband, Connecting the Dots
- Nike+iPod Sports Kit, Connected Fitness Trackers
- note taking and retrieval program, Early Wearable Computers
O
- One Day video (Google Glass), One Day
- one-handed keyboards, Input, Early Wearable Computers
- Open House laboratory (Target), Target’s Open House
- open source movement, The Internet, Different boards
- output for wearable devices
- about, Passive input
- active output, Passive input, Withings Activité
- passive output, Passive input
P
- P-frames, What a Digital Camera Does
- Pack prototype (Google Glass), The Development of Google Glass
- Palm/Fossil Wrist PDA, Ecosystem Integration
- parasympathetic nervous system, Thync
- Particle microcontroller boards, Intel Curie
- passive capture (cameras), Wearable Cameras
- passive input for wearable devices, Input
- passive-focused applications, Frameworks for Smartwatch Interaction, Designing for Smartwatches
- Pebble Core, Service Avatars and Story Telling
- Pebble Smartwatch, Ecosystem Integration, Designing for Smartwatches
- pedometers, Not All Steps Are Equal
- Casio watches and, The Microchip Explosion
- daily step goal, Early Step Tracking, Connected Fitness Trackers
- data logging and, Connected Fitness Trackers
- historical background, Activity Trackers
- perception
- about, Smartwatches
- anagram example, Describing Our Minds
- biological attention and, Raw Information
- breaking down, Embodied Perception
- cognitive attention and, Raw Information
- embodied perception, Embodied Perception
- expectations and, Memory and Expectations
- gaining physical awareness, Gaining Physical Awareness
- memory and, Memory and Expectations
- raw information and, Raw Information
- sensory addition, Augmentation
- sensory augmentation, Memory and Expectations, Cognitive Wearables
- sensory substitution, Augmentation
- speed of, Raw Information
- photodiodes, What a Digital Camera Does
- photoplethysmogram (PPG) sensor, More Sensors and Machine Learning
- physical awareness, Gaining Physical Awareness
- pixel grid (Processing), Drawing on the pixel grid
- pixels (images), What a Digital Camera Does
- Place Avoider software, Diminished Reality
- Pokemon Go app, Computer Vision and Supporting Technologies, Smartwatches
- polygraph tests, More Sensors and Machine Learning
- PPG (photoplethysmogram) sensor, More Sensors and Machine Learning
- predictive information, Service Design and Machine Learning, Automation
- Pressing effort (Laban framework), Efforts
- Processing programming language
- about, Why Prototype?
- Android mode, Android mode, Android Mode in Processing
- Arduino platform and, Getting comfortable with Arduino
- code example, What the code looks like
- drawing on the pixel grid, Drawing on the pixel grid
- Firmata sketch, Getting comfortable with Arduino
- getting comfortable with, Android mode
- layers, Layers
- libraries, Layers, Putting Firmata on your Arduino board, Android–Ketai
- Processing IDE, Foundational Tools, Getting comfortable with Arduino
- reference and examples, Layers
- sketch output window, The Processing IDE
- sketch structure, The Processing IDE
- Project Glass: One Day video, One Day
- prototyping
- about, Prototyping
- Adafruit FLORA platform, Connecting to Processing
- Arduino platform, Why Prototype?, Android mode
- double-diamond design process and, The Double Diamond
- Google Glass projects, The Development of Google Glass
- Intel Curie chip, Intel Curie
- Particle microcontroller boards, Intel Curie
- Processing programming language, Why Prototype?, Getting comfortable with Arduino, Android Mode in Processing
- role of, Prototyping
- Pulse Width Modulation, The Arduino board
Q
- Quik mobile video editing app, GoPro’s Mobile Video Editing
R
- Rail Europe, The Double Diamond
- raw information (perception), Raw Information
- reactive capture (cameras), Wearable Cameras
- reference (Processing language), Layers
- refine (double-diamond process), The Double Diamond
- reinforcement learning, Service Design and Machine Learning
- Remembrance Agent interface, Early Wearable Computers
- Remis, Nick, Service Blueprint
- Replay mobile video editing app, GoPro’s Mobile Video Editing
- research (double-diamond process), The Double Diamond
- respiratory patterns, Fitness Trackers for Your Mind, Cognition and Tools
- response variables, Service Design and Machine Learning
- RFID tag, Service Design
- RGB color values, What a Digital Camera Does, Narrative’s Moments, Computer Vision and Supporting Technologies
- Rhodes, Brad, Early Wearable Computers
- Robinson, James, Telling the Rest of the Health Story
S
- sales and marketing
- about, Selling the Invisible
- hammers example, Selling the Invisible
- retail environment, Service Avatars and Story Telling
- service avatars, Hammers and Memories
- story telling in, Hammers and Memories
- Target Open House laboratory, Target’s Open House
- scenarios (Laban framework), Scenarios
- Schlegel, Andreas, Layers
- Schönhammer, Rainer, Public Backlash
- Science and Human Behavior (Skinner), Behavioral Feedback
- SDN (Service Design Network), What is Design’s Role in This?
- Seiko (company)
- calculator watches, The First Calculator Watch
- wrist computers, Early Wrist Computers
- Self Comes to Mind (Damasio), Embodied Perception
- Sensorama Simulator, A Truly Wearable Computer
- sensors
- activity trackers and, Connected Fitness Trackers, Not All Steps Are Equal, Bioindicators to Sensors
- Adafruit FLORA platform, Connecting to Processing
- analyzing social interactions, Passive input
- Arduino platform, Arduino code
- digital cameras and, What a Digital Camera Does
- sensory addition, Augmentation
- sensory augmentation, Memory and Expectations
- sensory substitution, Augmentation
- Serial library, Putting Firmata on your Arduino board
- service avatars, xiv, Service Design, Hammers and Memories
- service blueprint, The Double Diamond
- service design
- about, xiv, More Sensors and Machine Learning, Service Design
- communication tools, The Double Diamond
- Disney Magicband example, Service Design
- double-diamond design process, The Double Diamond
- machine learning and, More Sensors and Machine Learning, Service Design and Machine Learning
- selling the invisible, Selling the Invisible
- Service Design Network (SDN), What is Design’s Role in This?
- setup
- Arduino platform, Arduino code
- Processing sketch, The Processing IDE
- shaping (machine learning), Behavioral Feedback
- Shelly, Mary, Describing Our Minds
- Shiffman, Daniel, Android mode
- sketch (Processing language), The Processing IDE, Getting comfortable with Arduino
- skin temperature sensor, More Sensors and Machine Learning
- Skinner, B. F., Behavioral Feedback
- Slice mobile video editing app, GoPro’s Mobile Video Editing
- Slocum, Sarah, One Day
- Smart Things (Kuniavsky), xiv, Service Design
- smartwatches
- as embodied wearable devices, Withings Activité
- cell phones and modern era, Ecosystem Integration
- designing, Frameworks for Smartwatch Interaction
- early wrist computers, Early Wrist Computers
- ecosystem integration, Early Wrist Computers
- first calculator watch, Smartwatches
- frameworks for interaction, Cell Phones and The Modern Era
- Intel Curie chip and, Intel Curie
- microchip explosion, The First Calculator Watch
- moving forward with, We Can
- prototyping, Android–Ketai
- social isolation, Public Backlash
- social media sites, Augmented Reality
- Sony (company)
- embedded wearable cameras, Diminished Reality
- The Walkman Effect, Public Backlash
- sound waves to vibration patterns, Substitution and Addition
- sousveillance, Foreword
- space analysis (Laban framework), Gaining Physical Awareness
- Sparrow, Betsy, Cognition and Tools
- spatial compression, What a Digital Camera Does
- speed (perception), Raw Information
- Spire (cognitive wearable), Stress and Focus, Cognition and Tools
- Starner, Thad, Early Wearable Computers
- step count (activity trackers), Activity Trackers, Connected Fitness Trackers
- Stop The Cyborgs group, One Day
- story telling in service design, Hammers and Memories
- stress (mental state), Stress and Focus
- substitution, sensory, Augmentation
- subtlety principle (wearable cameras), Narrative: Design for the Photographed
- successive approximations, Behavioral Feedback
- Sullivan, Marita, Augmented Reality, Service Avatars and Story Telling
- supervised learning, Service Design and Machine Learning
- surveillance, Foreword
- Sutherland, Ivan, Early Wearable Computers
- Suunto Ambit3 watch, Smartwatches
- sympathetic nervous system, Thync
- synthesis (double-diamond process), The Double Diamond
T
- tacit knowledge, Connecting the Dots
- TAG Heuer Connected watch, Intel Curie
- Target Open House laboratory, Target’s Open House
- target variables, Service Design and Machine Learning
- Teller, Astro, Not a Failure
- temporal compression, What a Digital Camera Does
- text input, Input
- Thalmic Labs, Detailed input
- The Borgs (MIT group), Early Wearable Computers
- the Google effect, Cognition and Tools
- The Sword of Damocles, Early Wearable Computers
- The Walkman Effect, Public Backlash
- Thync (cognitive wearable), Muse
- time analysis (Laban framework), Analyses
- Time Computing Company, Smartwatches
- Time Magazine, One Day
- Timex watches, Ecosystem Integration
- Track, Understand, and Act model (Jawbone), More Sensors and Machine Learning, Automation
- training data sets, Service Design and Machine Learning
- transitive memory, Cognition and Tools
- transparency (machine learning), Shaping
- Twiddler one-handed keyboards, Input, Early Wearable Computers
U
- Understanding Context (Hinton), Describing Our Minds
- unsupervised learning, Service Design and Machine Learning
- UX Week conference, Describing Our Minds
V
- Verily Life Sciences, The Future on (or in) Your Eyeballs
- video cameras, Wearable Cameras
- virtual assistant technology, Cell Phones and The Modern Era, Service Avatars and Story Telling
- voice input, Input
W
- watchOS user interface, Cell Phones and The Modern Era
- wearable cameras
- about, Wearable Cameras
- computer-mediated reality, GoPro’s Mobile Video Editing
- digital camera functionality, What a Digital Camera Does
- embedded, Diminished Reality
- GoPros, Narrative: Design for the Photographed
- handling data, Handling the Data
- Narrative Clip, Narrative: Design for the Photographed
- wearable technology
- activity trackers, Activity Trackers
- assumptions of accuracy for, Telling the Rest of the Health Story
- cognitive wearables, More Sensors and Machine Learning, Cognitive Wearables
- determining what we want, The “Us” Part of Maturity
- embodiment and perception in, How We Think
- Google Glass, A Truly Wearable Computer
- historical background and advancements in, Design Follows Technology
- human problem with, The Internet
- marketing, Selling the Invisible
- moving forward with, We Can
- prototyping, Prototyping
- service design and, Service Design
- smartwatches, Smartwatches
- wearable cameras, Wearable Cameras
- weight analysis (Laban framework), Gaining Physical Awareness
- Wheaties Hike-O-Meter, Early Step Tracking
- Withings Activité watches
- about, Designing for Smartwatches, Spire
- advancements with, Not All Steps Are Equal
- passive output and, Passive input
- Woodman, Nick, GoPros for Everyone!
- wrist computers, Early Wrist Computers
- Wrist PDA (Palm/Fossil), Ecosystem Integration
- WristMac (Seiko), Early Wrist Computers
X
- Xiaomi Mi Band, Not All Steps Are Equal
Y
- YouTube videos, One Day
Z
- Zarkadakis, George, How We Think
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