Typing programs can be difficult or impossible for programmers with motor impairments. Programming by voice can be a promising alternative. In this research, we explored the perceptions of motor-impaired programmers with regard to programming by voice. We learned that leveraging existing voice-based programming platforms to speak code can be more complicated than it needs to be. The interviewees expressed their frustration with long hours of memorizing unnatural commands in order to enter code by voice. In addition, we found a preference for being able to speak code in a flexible manner without requiring strict adherence to a grammar
Motor disabilities prevent a large number of people from interacting with a computer using conventio...
The goal of this thesis is to present information which will support programming through speech reco...
Computer Science (CS) educators frequently develop new methodologies, languages, and programming env...
Programming by voice is a potentially useful method for individuals with motor impairments. Spoken p...
Programmers who suffer from repetitive stress injuries find it difficult to program by typing. Speec...
Students with upper body motor impairments, such as cerebral palsy, multiple sclerosis, ALS, etc., f...
Navigation of source code typically requires extensive use of a traditional mouse and keyboard which...
Programmers who are passionate about their work suffer from back pain and carpel tunnel syndrome. Wh...
In recent years, there has been an increase in the number of computer programmers suffering from Rep...
Speech recognition technology has been used extensively to enhance the performance of persons withou...
Voice recognition technology (VRT) allows a person to speak into a microphone to operate a computer ...
People with physical impairments who are unable to use traditional input devices (i.e. mouse and key...
The work reported in this thesis is a feasibility study of the possibilities and practical problems...
This study examined the relative benefit of three interventions (i.e. physiological, behavioural, an...
This paper describes the user-centered design of ALADIN, a speech recognition system targeted at peo...
Motor disabilities prevent a large number of people from interacting with a computer using conventio...
The goal of this thesis is to present information which will support programming through speech reco...
Computer Science (CS) educators frequently develop new methodologies, languages, and programming env...
Programming by voice is a potentially useful method for individuals with motor impairments. Spoken p...
Programmers who suffer from repetitive stress injuries find it difficult to program by typing. Speec...
Students with upper body motor impairments, such as cerebral palsy, multiple sclerosis, ALS, etc., f...
Navigation of source code typically requires extensive use of a traditional mouse and keyboard which...
Programmers who are passionate about their work suffer from back pain and carpel tunnel syndrome. Wh...
In recent years, there has been an increase in the number of computer programmers suffering from Rep...
Speech recognition technology has been used extensively to enhance the performance of persons withou...
Voice recognition technology (VRT) allows a person to speak into a microphone to operate a computer ...
People with physical impairments who are unable to use traditional input devices (i.e. mouse and key...
The work reported in this thesis is a feasibility study of the possibilities and practical problems...
This study examined the relative benefit of three interventions (i.e. physiological, behavioural, an...
This paper describes the user-centered design of ALADIN, a speech recognition system targeted at peo...
Motor disabilities prevent a large number of people from interacting with a computer using conventio...
The goal of this thesis is to present information which will support programming through speech reco...
Computer Science (CS) educators frequently develop new methodologies, languages, and programming env...