Abstract: Virtual keyboards used by physically impaired users for text entry usually display all characters simultaneously on the screen. Applications where saving physical space is critical, however, require another approach. A common option is grouping several symbols under one key and employing a hierarchical selection mechanism. We present an alternative technique (Symbol Creator) based on assembling characters using segments that resemble basic elements of Latin cursive. This technique was empirically evaluated along with another technique developed as an eye-gaze analogue to mobile phones ’ multi-tap system. In terms of accuracy and entry speed, both techniques performed equally well. Subjectively, however, Symbol Creator was the pref...
in everyday devices, designers are challenged to create new interfaces for tasks that may already be...
Text entry on smartphone is a common activity in people's daily lives, and this activity heavily rel...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
This thesis is dealing with the design and evaluation of a novel text entry technique that is access...
AbstractTouchscreen technology has brought about significant improvements for both normal sighted an...
This chapter describes text entry mechanisms typically used by individuals with motor impairments or...
Purpose – In this paper we consider the two main existing text input techniques based on “eye gestur...
For visually impaired users, existing touch-screen keyboards are cumbersome and time-consuming. We p...
This paper presents the deDUCtive Keyboard (DUCK), aiming to improve text entry for visually impair...
© 2018 Copyright held by the owner/author(s). Mobile text entry has become an increasingly important...
[[abstract]]The purposes of this study were to design an alternative on-screen keyboard for people w...
Text entry is one of the most commonly performed tasks on mobile devices, however, it still poses ac...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
[[abstract]]For people with severe motor disabilities, the utilization of a standard keyboard has be...
Technology is advancing rapidly in present times. To serve as a useful and connected part of the com...
in everyday devices, designers are challenged to create new interfaces for tasks that may already be...
Text entry on smartphone is a common activity in people's daily lives, and this activity heavily rel...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
This thesis is dealing with the design and evaluation of a novel text entry technique that is access...
AbstractTouchscreen technology has brought about significant improvements for both normal sighted an...
This chapter describes text entry mechanisms typically used by individuals with motor impairments or...
Purpose – In this paper we consider the two main existing text input techniques based on “eye gestur...
For visually impaired users, existing touch-screen keyboards are cumbersome and time-consuming. We p...
This paper presents the deDUCtive Keyboard (DUCK), aiming to improve text entry for visually impair...
© 2018 Copyright held by the owner/author(s). Mobile text entry has become an increasingly important...
[[abstract]]The purposes of this study were to design an alternative on-screen keyboard for people w...
Text entry is one of the most commonly performed tasks on mobile devices, however, it still poses ac...
There has been little study of how to adapt handheld devices for use by people with physical disabil...
[[abstract]]For people with severe motor disabilities, the utilization of a standard keyboard has be...
Technology is advancing rapidly in present times. To serve as a useful and connected part of the com...
in everyday devices, designers are challenged to create new interfaces for tasks that may already be...
Text entry on smartphone is a common activity in people's daily lives, and this activity heavily rel...
There has been little study of how to adapt handheld devices for use by people with physical disabil...