The use of spatialized (“3-D”) audio techniques for head-up auditory displays for commercial aircraft has been investigated at NASA Ames Research Center since 1989. Results from two completed studies are presented, where a 3-D audio Traffic alert and Collision Avoidance System (TCAS) was designed and evaluated in a full mission simulation context. An experiment-in-progress evaluates the application of 3-D audio for gate identification and collision avoidance with other aircraft, as part of NASA’
Historically, the objective of new technology development has been to enhance pilot performance (suc...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
The advantage of a head-up auditory display was evaluated in a preliminary ex-periment designed to m...
The advantage of a head up auditory display was evaluated in an experiment designed to measure and c...
Laboratory and in-flight experiments were conducted to evaluate 3-D audio display technology for coc...
Upcoming cockpit designs will face new human-machine challenges related to an increasing number of p...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
The effort to make flying safer goes parallel with the new possibilities of technology which has bee...
A major challenge in aviation and cockpit design is data overload, especially in the visual channel,...
We investigated the effectiveness of supplementing head-down displays (HDDs) with high-fidelity 3-di...
A flight simulator experiment was conducted to explore the benefits of 3-dimensional (3-D) audio to ...
In a simulated air traffic control task, improvement in the detection of auditory warnings when usin...
A.W. Bronkhorst, 3D-presentatie van geluid in de cockpit 1 Using virtual acoustics, sound can be pre...
This document was developed to accompany an audio cassette that demonstrates work in three-dimension...
Historically, the objective of new technology development has been to enhance pilot performance (suc...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
The advantage of a head-up auditory display was evaluated in a preliminary ex-periment designed to m...
The advantage of a head up auditory display was evaluated in an experiment designed to measure and c...
Laboratory and in-flight experiments were conducted to evaluate 3-D audio display technology for coc...
Upcoming cockpit designs will face new human-machine challenges related to an increasing number of p...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
The effort to make flying safer goes parallel with the new possibilities of technology which has bee...
A major challenge in aviation and cockpit design is data overload, especially in the visual channel,...
We investigated the effectiveness of supplementing head-down displays (HDDs) with high-fidelity 3-di...
A flight simulator experiment was conducted to explore the benefits of 3-dimensional (3-D) audio to ...
In a simulated air traffic control task, improvement in the detection of auditory warnings when usin...
A.W. Bronkhorst, 3D-presentatie van geluid in de cockpit 1 Using virtual acoustics, sound can be pre...
This document was developed to accompany an audio cassette that demonstrates work in three-dimension...
Historically, the objective of new technology development has been to enhance pilot performance (suc...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...
With the introduction of new technologies in modern flight decks, the precision and efficiency of fl...