One major problem with mobile computing devices is lack of screen space. One way to overcome this is to reduce the size of the graphical components on screen and present information in sound. This paper describes a small pilot study to investigate the usability of sonically-enhanced buttons of different sizes. Results showed that sounds improved usability for both standard and small button sizes and that the most sophisticated sounds were the most effective
Increasing trend for mobile devices raised the question of usability of mobile applications. A devic...
Thesis (Master's)--University of Washington, 2016-03Historically, most video games lean primarily on...
AbstractBecause of their compact design modern mobile devices facilitate ubiquitous interaction in a...
One major problem with mobile computing devices is lack of screen space. One way to overcome this is...
One difficulty for interface design on mobile computers is lack of screen space caused by their smal...
One difficulty for interface design on mobile computers is lack of screen space caused by their smal...
Our work addresses the problem of (visual) clutter in mobile device interfaces. The solution we prop...
The use of sound has obvious advantages when considering interaction with a mobile device and yet it...
A problem with mobile computing devices is the output of dynamic information owing to their small sc...
Bandwidth is still a limiting factor for the Quality of Service (QoS) of mobile communication applic...
Sounds can provide user with either new (functional) or redundant information about events and actio...
The study reported here investigates the design and evaluation of a gesture-controlled, spatially-ar...
We outline a novel approach to human-computer interaction, with soft-buttons using a non-structured ...
The number of small and mobile screens being used for entertainment is growing daily. This paper pre...
Mobile phones with a touch screen replacing traditional keypads have been introduced to the market. ...
Increasing trend for mobile devices raised the question of usability of mobile applications. A devic...
Thesis (Master's)--University of Washington, 2016-03Historically, most video games lean primarily on...
AbstractBecause of their compact design modern mobile devices facilitate ubiquitous interaction in a...
One major problem with mobile computing devices is lack of screen space. One way to overcome this is...
One difficulty for interface design on mobile computers is lack of screen space caused by their smal...
One difficulty for interface design on mobile computers is lack of screen space caused by their smal...
Our work addresses the problem of (visual) clutter in mobile device interfaces. The solution we prop...
The use of sound has obvious advantages when considering interaction with a mobile device and yet it...
A problem with mobile computing devices is the output of dynamic information owing to their small sc...
Bandwidth is still a limiting factor for the Quality of Service (QoS) of mobile communication applic...
Sounds can provide user with either new (functional) or redundant information about events and actio...
The study reported here investigates the design and evaluation of a gesture-controlled, spatially-ar...
We outline a novel approach to human-computer interaction, with soft-buttons using a non-structured ...
The number of small and mobile screens being used for entertainment is growing daily. This paper pre...
Mobile phones with a touch screen replacing traditional keypads have been introduced to the market. ...
Increasing trend for mobile devices raised the question of usability of mobile applications. A devic...
Thesis (Master's)--University of Washington, 2016-03Historically, most video games lean primarily on...
AbstractBecause of their compact design modern mobile devices facilitate ubiquitous interaction in a...