Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerful with sophisticated interaction controls, powerful processors, vast onboard storage and network connectivity. While there are ‘obvious’ ways to exploit these advanced capabilities (such as wireless music download), here we consider a rather different application—pedestrian navigation. We report on a system (ONTRACK) that aims to guide listeners to their destinations by continuously adapting the spatial qualities of the music they are enjoying. Our field-trials indicate that even with a low-fidelity realisation of the concept, users can quite effectively navigate complicated routes
An important current movement in computing is towards mobile and ubiquitous interaction. A major res...
Listening to music on the move is an everyday activity for many people. This paper proposes geotrack...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
Listening to music on personal, digital devices whilst mobile is an enjoyable, everyday activity. We...
We combine the functionality of a mobile Global Positioning System (GPS) with that of an MP3 player,...
During a regular day while on the move, most people interact with multiple portable devices: a perso...
Due to technological developments including MP3 format and portable music players, people are now ea...
We combine the functionality of a mobile Global Positioning System (GPS) with that of an MP3 player,...
This chapter examines the foundational research concerning the applications of interactive mobile mu...
Traditionally, navigating the physical world has been a matter of primarily cognitive efforts – inte...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
When visiting new places you want information about restaurants, shopping, places of historic in- te...
Listening to music on the move is an everyday activity for many people. This paper proposes geotrack...
An important current movement in computing is towards mobile and ubiquitous interaction. A major res...
Listening to music on the move is an everyday activity for many people. This paper proposes geotrack...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
Digital mobile music devices are phenomenally popular. The devices are becoming increasingly powerfu...
Listening to music on personal, digital devices whilst mobile is an enjoyable, everyday activity. We...
We combine the functionality of a mobile Global Positioning System (GPS) with that of an MP3 player,...
During a regular day while on the move, most people interact with multiple portable devices: a perso...
Due to technological developments including MP3 format and portable music players, people are now ea...
We combine the functionality of a mobile Global Positioning System (GPS) with that of an MP3 player,...
This chapter examines the foundational research concerning the applications of interactive mobile mu...
Traditionally, navigating the physical world has been a matter of primarily cognitive efforts – inte...
The latest smartphones with GPS, electronic compass, directional audio, touch screens etc. hold pote...
When visiting new places you want information about restaurants, shopping, places of historic in- te...
Listening to music on the move is an everyday activity for many people. This paper proposes geotrack...
An important current movement in computing is towards mobile and ubiquitous interaction. A major res...
Listening to music on the move is an everyday activity for many people. This paper proposes geotrack...
In this paper we consider a prototype audio user interface for a Global Positioning System (GPS) tha...