The current trend towards smaller and smaller mobile devices may cause considerable difficulties in using them. In this research, we propose an interface called Anywhere Surface Touch, which allows any flat or curved surface in a real environment to be used as an input area. The interface uses only a single small camera and a contact microphone to recognize numerous kinds of interaction between the fingers of the user and the surface. The system recognizes which fingers are interacting and in which direction the fingers are moving. Additionally, the fusion of vision and sound allows the system to distinguish the contact conditions between the fingers and the surface. Evaluation experiments showed that users became accustomed to our system quickly, soon being able to perform input operations on various surfaces.
- Takehiro Niikura, Yoshihiro Watanabe, Masatoshi Ishikawa: Anywhere Surface Touch: Utilizing any surface as an input area, The 5th Augmented Human International Conference (AH'14) (Kobe, 2014.03.07-09), 2014. Honorable Mention Award