Things con 2015 workshop
Transcript
- 1. New haptic interactions ThingsCon 2015; May 9, 2015
- 2. Or: the hidden possibilities of the taptic engine
- 3. This workshop… Context & drive Experience & explore Share & discuss
- 4. We are: Iskander Smit - @iskandr Antoine Hogenboom - @antoinehbm
- 5. AMS
- 6. Platform IoT Our engine for adaptive connected services
- 7. Beyond glass
- 8. 3 decades of internet Wap site Rabobank, around 2000
- 9. > 1994: information, the hyperlink > 2004: people, social relations > 2014: daily life, things > 2024: the self, neuro
- 10. internet of things
- 11. internet of daily life
- 12. internet of daily life wearables as connectors platforms as enablers
- 13. wearables are connecting the things and the self
- 14. Human partners with tech partners with human
- 15. Augmented humans http://schedule.sxsw.com/2015/events/event_IAP39797
- 16. A watch. A wristband. A glass. A hat. A shirt. A belt. A ring. A glove. A sock. A sleeve. A wearable.
- 17. [Tekstslide…] …
- 18. Haptics is the science of applying touch (tactile) sensation to interact with computer applications.
- 19. vibro, warmth, pressure, touch, sweat, heartbeat
- 20. Touch as information Cryoscope Weathervane
- 21. Hug shirt Garment as touchpoint
- 22. Jewelery Ringly
- 23. Elitac Navigate
- 24. Pavlok give electric shocks to change your habits Extreme persuasion
- 25. Reverse haptics https://www.youtube.com/watch?v=oWu9TFJjHaM
- 26. [Tekstslide…] …
- 27. New communications Apple Watch digital touch
- 28. New interactions on haptic Research & Development Cooperation with Digital Life Lab, HvA Related to behavior design, notifications as design pattern
- 29. Nerve fibers detect tempature differences free nerve endings detect servere pain and high pressure Merkel endings detect continuous pressure Ruffini endings detect tension in different layers; stretching Pacinian endings detect high vibtations Skin is a complex organ
- 30. Changing voltage creates electronic connector between finger and surface Structure and movement (dynamic) play a major role for rich haptic experiences Electro vibration Skin is not good in exact location, so easy to simulate
- 31. Some learnings The wristis the most efficient place for recieving haptic signals. Vibro-haptic stimuli are very effective. Contextis important for understanding though. 4 cmis the resolution distance for incremental feel.
- 32. 0 0 An iPhone ‘waking up’ Fitbit alarm Vibration patterns Vibration motor 1 Vibration motor 2 Vibration motor 3 Vibration motor 4 Three-dimensional patterns Two-dimensional patterns duration and frequency are the two variables 0 0 A notification on Samsung phones A Pebble Notification One-dimensional patterns duration is the only variable 6000 ms 6000 ms 6000 ms 6000 ms 800 300 300 300 300 300 700 300 300 300 320 380 labs.info.nl
- 33. 0 0 Test of all four motors Vibration pattern of Dutch police siren (before 2009) Three-dimensional patterns duration, frequency and the number of vibration motors are the three variables 6000 ms 6000 ms 900 900 900 900 500 500 500 500 Four-dimensional patterns duration, frequency, the number of vibration motors and intensity are the four variables 0 6000 ms 255 Five-dimensional patterns
- 34. 0 6000 ms Five-dimensional patterns duration, frequency, the number of vibration motors, intensity + multiple feedback locations on the body 500 500 500 500 Chest Wrist Ankle Can you think of examples ? Will it be useful? Desirable?
- 35. Design for wearables Image: http://www.psfk.com/publishing/future-of-wearable-tech
- 36. Design for notifications http://targetisnew.com/2012/02/19/focus-on-design-for-notifications/
- 37. Traditional app model
- 38. Current notifications
- 39. Notifications as separate layer
- 40. Context of user (profiles) Actions of user (sensors)
- 41. Binds the devices into a context relevant service ecosystem