Understanding One-Handed Thumb Interaction with a Mobile Touchscreen Device: Effects of Keyboard Size, Gap and Button Shape.
Da TaoTieyan WangHaibo TanJian CaiXu ZhangPublished in: AHFE (21) (2019)
Keyphrases
- mobile phone
- wearable devices
- input device
- mobile devices
- mechanisms underlying
- tablet pc
- smart phones
- mobile computing devices
- touch screen
- hand held devices
- portable devices
- text entry
- aspect ratio
- shape model
- mobile applications
- shape analysis
- human computer interaction
- shape features
- mobile users
- mobile learning
- cellular phone
- shape representation
- mobile technologies
- mobile networks
- pattern spectrum
- mobile computing
- small screen
- desktop computers
- mobile terminals
- multiscale
- shape matching
- shape prior
- virtual environment
- computational complexity