This document was developed to accompany an audio cassette that demonstrates work in three-dimensional auditory displays, developed at the Ames Research Center Aerospace Human Factors Division. It provides a text version of the audio material, and covers the theoretical and technical issues of spatial auditory displays in greater depth than on the cassette. The technical procedures used in the production of the audio demonstration are documented, including the methods for simulating rotorcraft radio communication, synthesizing auditory icons, and using the Convolvotron, a real-time spatialization device
The use of spatialized (“3-D”) audio techniques for head-up auditory displays for commercial aircraf...
Audio is a crucial aspect to bear in mind when designing virtual reality applications, as it can add...
This tutorial/demo session will explain some of the psychoacoustic principles for vertical stereopho...
This report describes the process made during the first year of a three-year Cooperative Research Ag...
Laboratory and in-flight experiments were conducted to evaluate 3-D audio display technology for coc...
This report describes the progress made during the second year of a three-year Cooperative Research ...
A 3D auditory display can potentially enhance information transfer by combining directional and icon...
Synthetic head related transfer functions (HRTF's) for imposing reprogrammable spatial cues to a plu...
The development of an alternative medium for displaying information in complex human-machine interfa...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Program in Media Arts & Sciences, 1997.Inclu...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
The ability to localize a source of sound in space is a fundamental component of the three dimension...
An audio system has been constructed that renders three-dimensional sound using conventional stereo ...
The use of spatialized (“3-D”) audio techniques for head-up auditory displays for commercial aircraf...
Audio is a crucial aspect to bear in mind when designing virtual reality applications, as it can add...
This tutorial/demo session will explain some of the psychoacoustic principles for vertical stereopho...
This report describes the process made during the first year of a three-year Cooperative Research Ag...
Laboratory and in-flight experiments were conducted to evaluate 3-D audio display technology for coc...
This report describes the progress made during the second year of a three-year Cooperative Research ...
A 3D auditory display can potentially enhance information transfer by combining directional and icon...
Synthetic head related transfer functions (HRTF's) for imposing reprogrammable spatial cues to a plu...
The development of an alternative medium for displaying information in complex human-machine interfa...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Program in Media Arts & Sciences, 1997.Inclu...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
This research project seeks to develop a foundation of knowledge about three-dimensional sound (3-D ...
The ability to localize a source of sound in space is a fundamental component of the three dimension...
An audio system has been constructed that renders three-dimensional sound using conventional stereo ...
The use of spatialized (“3-D”) audio techniques for head-up auditory displays for commercial aircraf...
Audio is a crucial aspect to bear in mind when designing virtual reality applications, as it can add...
This tutorial/demo session will explain some of the psychoacoustic principles for vertical stereopho...