An important current movement in computing is towards mobile and ubiquitous interaction. A major research field within mobile and ubiquitous computing is minimal attention interfaces. At present however, there is little in the way of validated heuristics to inform the design and implementation of minimal attention user interfaces. A paradigmatic example of a challenging mobile interaction task is physical navigation. A potentially promising solution to the problem of providing a minimal attention interface for physical navigation tasks is spatial audio. The initial focus of this research is to investigate the use of spatial audio as an element in a minimal attention interface to provide usable and meaningful navigation cues in one or more c...
Audioconferencing systems are becoming increasingly sophisticated, seeking to improve immersion, int...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
This thesis presents a series of studies to explore and understand the design of eyes-free interface...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
The task of navigating and orienting oneself in an unknown environment might seem arbitrary to most ...
Audio interfaces are becoming more important due to the increasing functionality of today’s mobile d...
Our work addresses the problem of (visual) clutter in mobile device interfaces. The solution we prop...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
El-Shimy D, Grond F, Olmos A, Cooperstock JR. Eyes-Free Environmental Awareness for Navigation. Jour...
Audio is a key feedback mechanism in eyes-free and mobile computer interaction. Spatial audio, which...
This thesis explores the use of sound and vibrotactile computer interfaces in a mobile, navigational...
Traditionally, navigating the physical world has been a matter of primarily cognitive efforts – inte...
When visiting new places you want information about restaurants, shopping, places of historic in- te...
Audioconferencing systems are becoming increasingly sophisticated, seeking to improve immersion, int...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
This thesis presents a series of studies to explore and understand the design of eyes-free interface...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
The task of navigating and orienting oneself in an unknown environment might seem arbitrary to most ...
Audio interfaces are becoming more important due to the increasing functionality of today’s mobile d...
Our work addresses the problem of (visual) clutter in mobile device interfaces. The solution we prop...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
El-Shimy D, Grond F, Olmos A, Cooperstock JR. Eyes-Free Environmental Awareness for Navigation. Jour...
Audio is a key feedback mechanism in eyes-free and mobile computer interaction. Spatial audio, which...
This thesis explores the use of sound and vibrotactile computer interfaces in a mobile, navigational...
Traditionally, navigating the physical world has been a matter of primarily cognitive efforts – inte...
When visiting new places you want information about restaurants, shopping, places of historic in- te...
Audioconferencing systems are becoming increasingly sophisticated, seeking to improve immersion, int...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
This thesis presents a series of studies to explore and understand the design of eyes-free interface...