1. Presentation for Tekes visit
Terry Winograd December 5, 2006

2. Beyond the Desktop: Interactive Workspaces (2001-2004)

3. Interactive Workspaces (2001-2004)
Wallenberg Hall Experimental Classrooms

4. PostBrainstorm François Guimbretière

5. Strategy Some prototypes Imagine it is cheap and ubiquitous Prototype
Interactive Tables
Eye tracking
Kinesthetic interaction
Computer vision
Causal visualization

6. Tabletop Interaction
How is it different to work around a table?

7. Multi-user Tabletop Interaction Merrie Ringel Morris

8. Supports collaborative labeling and searching of digital photographs
Supports collaborative labeling and searching of digital photographs. Target audience = bio-diversity researchers
Explored issues of where to place interaction widgets on the tabletop

9. GUIDE: Gaze-enhanced User Interface Design Manu Kumar
What if gaze detection were a cost-free non-intrustive added form of input for every display?

10. Low cost
prototyping

11. Application Possibilities
Enhanced pointing and selection
Task/Application switching
Automatic adaptive scrolling
Attention-based notification
Gaze-contingent semantic zooming
GazeMarks (bookmarks for what you’ve looked at)

12. MIKS: Mobile Interaction using Kinesthetic Senses Taemie Kim
How can our intuitive sense of body and limb position be used as a form of input?

13. MIKS: Hardware – 1st prototype
Tilt and orientation sensing
Proximity sensing

14. The Vidget Gadget Dan Maynes-Aminzade
What if you had a low-cost low-complexity way to put vision-based systems into your everyday life?

15. Using a Camera Doesn’t Have to be Difficult
Many of the standard computer vision techniques are easy to understand on a general level.

16. Student Vidget Examples
Virtual Mouse: Cursor Control by Fingertip
20 Questions Using Nod Detection
Trigger for Text-to-Speech
Privacy Protector
Dancing Cat
Drawing Caterpillars with Physical Objects

17. Visualization of Causal Sequence Doantam Phan
How can we make implicit causal connections directly visible?

18. The d.school Learning Human-centered Design Thinking
dschool.stanford.edu

19. T-shaped people:
Building both kinds of muscles

20. Departments and Schools (so far)
Mechanical Engineering
Computer Science
Management Science and Engineering
Education
Business
Medicine (Biodesign)

21. project based learning

22. Design Process UNDERSTAND OBSERVE IMPLEMENT VISUALIZE EVALUATE
PROTOTYPE

23. Ignite – Solar Lighting for India

24. Some of the courses Design for Extreme Affordability
Creating Infectious Action
Tools for Experience Design
Clicks and Bricks
Interdisciplinary Software
With Hasso Plattner, SAP
New ways of organizing software and access

25. What’s Important
students engaged and confident in their innovation process
project based learning
radical collaboration
culture of prototyping
students as experts
integrating different faculty points of view