目次
- Toward a universal text input method
for the
Ubiquitous Computing Age
- Self introduction
- Today's talk
- POBox on Japanese Android
- Masui's Activities
- Research topics
- Masui's Web services
- Masui's Web services
- Gyazo - Instant image catpture + upload
- LensBar - Zooming information retrieval
- Demo: LensBar
- Research trends on text input
- Papers on text input
- 1Line Keyboard
- H4-Writer
- EdgeWrite
- LURD-Writer
- Swype
- ShapeWriter
- Problems
- In my case...
- Universal Design (UD)
- UD Princeples (Ronald Mace)
- Input systems should be universally designed
- UD in text input
- Restrictions in the UbiComp environment
- Current Japanese text input systems
- Why is it complicated?
- Sentence-based Japanese IM (SBIM)
- Problems of SBIM (1)
- Problems of SBIM (2)
- Problems of SBIM (3)
- Problems of SBIM (4)
- Problems of SBIM (5)
- Problems of SBIM
- Advantages of SBIM
- SBIM
- Grand goal of IM
- Ideal text input systems
- Ideal text input systems (Cont'd)
- Ideal text input systems (Cont'd)
- Ideal text input systems (Cont'd)
- Techniques for universal text input
- IR and IM
- Predictive IF
- Example: Dynamic Macro
- Demo: Dynamic Macro
- Predictive text input
- Source of the prediction
- Masui's systems
- POBox: Predictive Operation Based On eXample
- Simple word prediction
- POBox on Palm
- POBox on Japanese mobile phone (2001)
- POBox on Japanese Android phone (2010)
- "Flick input" on iPhone
- POBox on Windows
- POBox on Emacs
- POBox with handwriting recognition
- Half-Qwerty
- One-hand Emacs
- 4-key POBox
- T9+menu
- POBox on a browser
- Text input system + browsers
- Multi-level flick
- Gyaim
- Findings
- Unsolved problems
- Dictionary sharing in the network age
- Word registration
- Integration of IR and IM
- Conclusion
- End