This paper describes the evaluation of a new keyboard interface for mobile devices. The Fastap keypad is designed to allow one character per key-press input on mobile devices without requiring additional hardware (such as a plug-in keyboard) or a stylus-based input display. Results of the evaluation show that Fastap is both efficient and rapidly learnable when compared with the current industry standard methods for text messaging
This paper investigates text entry on mobile devices using only five-keys. Primarily to support text...
The number of mobile computing devices is increasing at a very fast pace. A large number of today'...
There has been a substantial growth in interest in mobile text entry over recent years, among both r...
There has been a substantial growth in interest in mobile text entry over recent years, among both r...
iv The ability to enter text on phones is crucial for utilizing the Short Message Service (SMS) of d...
This article introduces a new soft keyboard, named Tap and Slide, specifically designed for mobile d...
Abstract. The input of text on mobile devices has evolved from physical keyboards to virtually displ...
This work presents four in-depth empirical investigations on the performance and user experience of...
Full keyboards are difficult to implement on small mobile devices, and are sometimes replaced by key...
Mobile computing devices are increasingly being utilized to support learning activities outside the ...
The limited scope of the input interface in mobile computing environment has led to the development ...
A new technique to enter text using a mobile phone keypad, Less-Tap, is described. The traditional t...
This paper describes the design and evaluation of a touch screen-based pressure keyboard to investig...
The input of text on mobile devices has evolved from physical keyboards to virtually displayed touch...
Text input for mobile or handheld devices is a flourishing research area. This article begins with a...
This paper investigates text entry on mobile devices using only five-keys. Primarily to support text...
The number of mobile computing devices is increasing at a very fast pace. A large number of today'...
There has been a substantial growth in interest in mobile text entry over recent years, among both r...
There has been a substantial growth in interest in mobile text entry over recent years, among both r...
iv The ability to enter text on phones is crucial for utilizing the Short Message Service (SMS) of d...
This article introduces a new soft keyboard, named Tap and Slide, specifically designed for mobile d...
Abstract. The input of text on mobile devices has evolved from physical keyboards to virtually displ...
This work presents four in-depth empirical investigations on the performance and user experience of...
Full keyboards are difficult to implement on small mobile devices, and are sometimes replaced by key...
Mobile computing devices are increasingly being utilized to support learning activities outside the ...
The limited scope of the input interface in mobile computing environment has led to the development ...
A new technique to enter text using a mobile phone keypad, Less-Tap, is described. The traditional t...
This paper describes the design and evaluation of a touch screen-based pressure keyboard to investig...
The input of text on mobile devices has evolved from physical keyboards to virtually displayed touch...
Text input for mobile or handheld devices is a flourishing research area. This article begins with a...
This paper investigates text entry on mobile devices using only five-keys. Primarily to support text...
The number of mobile computing devices is increasing at a very fast pace. A large number of today'...
There has been a substantial growth in interest in mobile text entry over recent years, among both r...