Audio is a significant factor in the design of the human computer interface in ubiquitous computing. The characteristics of the medium allow for a hands-free interaction without the need to switch the focus to a display (eyes-free). Moreover, determining the graphical capabilities of the wearable device to adapt the output to the device is not needed. But audio based interfaces are also challenging, sincenhumans are visually oriented.nnThe ubiquitous computing community recognized the advantages of the audio channel, but the restrictions inherent to the medium are mostly ignored. Authors of such systems who know about these challenges often look for a solution by using additional modalities, preferably visually oriented.nnThis thesis analyses these challenges with respect to the humans cognitive capabilities and shows a possible solution using audio design patterns.
Dirk SchnellenDirk Schnelle worked from 1996 to 1999 as a software developer in the field of voice application development. From 1999 to 2003 he worked as a developer in the telecommunication industry. From 2003 to 2006, he was a PhD student at the Telecooperation Group at Darmstadt University of Technology. Since 2007 he works as a solution architect.
Über den Autor
Dirk Schnelle worked from 1996 to 1999 as a software developer in the field of voice application development. From 1999 to 2003 he worked as a developer in the telecommunication industry. From 2003 to 2006, he was a PhD student at the Telecooperation Group at Darmstadt University of Technology. Since 2007 he works as a solution architect.
Klappentext
Audio is a significant factor in the design of the human computer interface in ubiquitous computing. The characteristics of the medium allow for a hands-free interaction without the need to switch the focus to a display (eyes-free). Moreover, determining the graphical capabilities of the wearable device to adapt the output to the device is not needed. But audio based interfaces are also challenging, since
humans are visually oriented.
The ubiquitous computing community recognized the advantages of the audio channel, but the restrictions inherent to the medium are mostly ignored. Authors of such systems who know about these challenges often look for a solution by using additional modalities, preferably visually oriented.
This thesis analyses these challenges with respect to the humans cognitive capabilities and shows a possible solution using audio design patterns.
