A graphical-user-interface-based azimuth-collection method in autonomous auditory localization of real and virtual sound sources

A graphical-user-interface-based azimuth-collection method in autonomous auditory localization of real and virtual sound sources

Auditory localization of spatial sound sources is an important life skill for human beings. For the practical application-oriented measurement of auditory localization ability, the preference is a compromise among (i) data accuracy, (ii) the maneuverability of collecting directions, and (iii) the co...

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Bibliographic Details
Main Authors: Cai, Y. (Author), Cui, D. (Author), Yu, G. (Author)
Format: Article
Language:English
Published: Institute of Electrical and Electronics Engineers Inc. 2021
Subjects:
accuracy
Acoustic generators
adult
Application programs
Application-oriented
Article
audiometry
Audition
Auditory localization
auditory rehabilitation
auditory system
autonomous testing
clinical article
cost effectiveness analysis
daily life activity
data accuracy
data analysis
directional hearing
Experimental platform
facial expression
female
Graphical user interfaces
Graphical user interfaces (GUI)
GUI
Hardware and software
head
Head
head movement
Head related transfer function
hearing
hearing impairment
hearing test
human
human experiment
Humans
Localization errors
male
mastoidectomy
mathematical model
methodology
motion
Motion tracking
neurorehabilitation
normal human
performance
pointing method
pure tone audiometry
reliability
reproducibility
Reproducibility of Results
robotics
software
Software
sound
sound detection
Sound localization
Sound Localization
stimulus
task performance
virtual sound source
Virtual sound sources
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