Space, the Final Frontier: Designing Interactions Beyond the Screen (@ Interaction17)
How can ‘real’ space pull its interactive weight in the era of ubiquitous mobile computing? Local Projects is an interactive design studio whose work has been bleeding off screens (and between disciplines) into objects and architecture during the past few years: houses that come to life with the story of their inhabitants, augmented-reality characters who guide you around museums, and physical DNA building blocks that children can use to create new lifeforms. Eric and John, who lead technical and design teams at the studio, will share some challenges, triumphs, and insights into embedding interactions in physical systems: - Examining the ‘skeuomorphic-cycle’: How physical affordances inspired digital paradigms which are now feeding back into physical interactions. - Exploring new boundaries: How do we create seamless ‘interfaces’ between the digital and the physical? - Identifying opportunities: What new experiences are possible as devices become increasingly spatially-aware, and sense a user’s presence, state, or emotion? Logistically, creating these kinds of interactions — even in low quantities — is easier and cheaper than it has ever been, but the freedom this entails amplifies design challenges. This talk equips you with some approaches and paradigms as you step into this exciting new realm for interaction design.
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Space, the Final Frontier: Designing Interactions Beyond the Screen (@ Interaction17)
- 1. Space, the Final Frontier Designing Interactions Beyond the Screen John Ryan & Eric Mika, Local Projects
- 2. How do we create seamless ‘interfaces’ between the digital and the physical?
- 3. LOCAL PROJECTS 3 A JOURNEY INTO SPACE
- 4. A JOURNEY INTO SPACE Local Projects 💡📖5 Chapters Takeaways 🤔The Future $% &'
- 5. $% &'
- 10. Technology in service of human stories and emotion.
- 11. Our tools are trapped inside tiny rectangles. — Brett Victor
- 18. Why space?
- 23. Why space? Custom interactions at scale
- 30. Why space? Custom interactions at scale Shared experiences
- 31. LOCAL PROJECTS 31Dragan Ilic
- 32. The environment is part of our cognitive system
- 33. People lean slightly forward while thinking about the future. People lean slightly back when thinking about the past.
- 34. Why space? Custom interactions at scale Shared experiences Embodied cognition
- 35. A JOURNEY INTO SPACE
- 36. I. ADDING CONTEXT II. INTERACTION BEYOND SCREENS III. TANGIBLE INTERACTIONS IV. IMMERSIVE ENVIRONMENTS V. PROTOTYPE & POSSIBILITIES 📖
- 38. 🤖👩
- 39. 🤖 👩 🌍
- 40. 🤖 👩 🌍
- 44. Tech Museum: Body Metrics CHAPTER I — ADDING CONTEXT
- 46. 💡 Spatialize data flow across devices
- 48. 🤖👩
- 49. 🤖👩
- 52. Cleveland Museum of Art CHAPTER II — INTERACTION BEYOND SCREENS
- 56. 💡 Leverage how we already interact
- 57. ARoS Aarhus Art Museum CHAPTER II — INTERACTION BEYOND SCREENS
- 59. 💡 Reveal the perceptual process
- 60. One World Observatory CHAPTER II — INTERACTION BEYOND SCREENS
- 64. 💡 Align feedback with locus of interaction
- 68. Cooper Hewitt National Design Museum CHAPTER III — TANGIBLE INTERACTIONS
- 75. 💡 Atoms are cheaper than ever
- 76. Tech Museum: Synthetic Biology CHAPTER III — TANGIBLE INTERACTIONS
- 83. 💡 Synchronicity and mirroring between tangible objects and digital world
- 84. 💡 Balance complexity with forgiveness
- 86. ☎ 📱
- 87. LOCAL PROJECTS 87Gabriele Meldaikyte
- 91. 🎲 🎲 🤖👩 ✋ 🎲
- 92. Cooper Hewitt Immersion Room CHAPTER IV — INTERACTIVE ENVIRONMENTS
- 94. 💡 Leverage small gestures for big payoff
- 95. Target Open House CHAPTER IV — INTERACTIVE ENVIRONMENTS
- 97. 💡 Stories help us understand complex systems
- 99. CHAPTER V PROTOTYPES & POSSIBILITIES COLLAPSING REAL SPACE & DIGITAL SPACE
- 101. LOCAL PROJECTS 101 Pozyx Indoor Positioning
- 102. LOCAL PROJECTS 102
- 103. FAITH & LIBERTY DISCOVERY CENTER | LOCAL PROJECTS 103 Change
- 104. 🤔 • Reimplement & reinterpret physics • Spatially-relative interactions
- 105. Technologies Spatial Tracking Augmented Reality
- 106. LOCAL PROJECTS 106
- 107. LOCAL PROJECTS 107
- 108. 🤔 • Gaze-reactive environments • Google Maps down to the millimeter • Personalized real-world layer
- 109. Technologies Spatial Tracking Augmented Reality Artificial Intelligence
- 110. LOCAL PROJECTS 110
- 111. Bodymetrics
- 112. EEG Headset Wide-area RFID Readers Brain Activity Location Muscle Activity Motion Images Sounds Heartrate Sensors Raw Data Semantic Extractions iPod Touch & RFID Tag Exhibit Interactive RFID Reader EXG Sensor Heart Rate Sensor Inferences Skin Resistance Interest Congeniality Buzz Energy Level Posture Mood Engagement Learning Focus Excitement Drowsiness Metabolism Gregariousness Popularity Attraction Anxiety Bustle Tonality Pace Restlessness Agitation Utterances Nearby Face Emotions Anger, Contempt, Disgust, Joy, Fear, Negative, Neutral, Positive, Sadness, Surprise, Confusion, Frustration Average Color Volume Level Step Counts Average Brightness Nearby Faces Seen Pitch Level Brainwave Levels "Attention", "Meditation", Alpha, theta, etc. Orientation Blinks Caloric Burn Latest interaction Location in Museum Tension Stress Exertion Distance from others Acceleration LOCAL PROJECTS 112
- 113. LOCAL PROJECTS 113
- 115. LOCAL PROJECTS 115
- 116. 🤔 • Dynamically learned spaces • Metadata of the mundane • Intuitively blending inputs
- 119. I. ADDING CONTEXT II. INTERACTION BEYOND SCREENS III. TANGIBLE INTERACTIONS IV. IMMERSIVE ENVIRONMENTS V. PROTOTYPE & POSSIBILITIES
- 120. Boldly Go
- 121. Thank You John Ryan — @johndryan Eric Mika — @kitschpatrol www.localprojects.com