Bernard Champoux's work focused on designing an interface called CAILS to support iconic communication. CAILS used symbols and icons in place of words. Users were able to understand messages in CAILS even without word order. However, longer sentences were more difficult for younger users. The work also involved designing a touch interface for conversational messages. Iterative design processes improved the interfaces based on user studies and evaluations.

1. Bernard Champoux’ work

2. Computer Assisted Iconic Language System (CAILS) TASK: To design an interface supporting iconographic communication.

3. Representing graphically what the authors had in mind: Interaction model Interface Paper mockup CAILS’ grammar symbols CAILS’ Lexicon TEXT ICONOGRAPHY

4. Gathering User Input: Contextual inquiry and Usability tests on paper prototype 1- Communication 2- Interaction 3- Interactivity

5. Conceptualization

6. Iterative Design (Desktop)

7. Iterative Design (PDA)

9. TASK: Design a touch Interface for a speedy input of conversational capsule .

10. Representing graphically what the authors had in mind: HIERARCHICAL TASKS DESCRIPTION NATR’ Wire frames EXPLORATION OF FORMS OF SOLUTIONS (INTERFACE)

11. Results: Interface prototypes

12. ATR other work: Voice chat

13. ATR other work: Web MIC

14. User Interface Design for Interactive Hardware 3D Browsing with Interactive Data

16. Prototypes

17. Iterative Design: Application Menus

18. RISP Evaluation Control Fatigue Ease of use

19. Virtual pen and Paper Interface

20. Iterative Design: Application Menus

21. Conceptualization: The CubeRisp.

22. The Visual Interaction Platform (VIP) VIP 1st generation: First prototype gathers all the required components in order to get to work. Lab prototype. VIP 2nd generation: Second prototype: Much more “product like”. Somehow transportable and compact (questionable). Problem: Out-dated prototypes

24. 2- Action Research: Sketches for Informal peer(s) review(s) What do you think of this?

25. 3- Suggested solutions. Representation in time and space

26. 4- Picked a solution

27. 5- Design a correct solution.

28. VIP Final Design. Support work, Not generate it.

29. A Design Approach for Tangibles User Interface Mentoring and providing expertise in GUI to the students

30. Introduced my students to an easy 3D drawing software. The James Interaction Techniques For Digital Tables Components Perspective-Based Interaction

32. Proposition: Representation Multifunctional display integrated to the car cockpit

33. Proposition: Control

34. Potential in-vehicle Information

35. City Preset 1

36. City Preset 2

37. City Preset 3

38. Highway Preset 1

39. Highway Preset 2

40. Highway Preset 3

41. In context Representation in time and space City Highway