<p>Subjects were positioned at the centre of a 1 meter radial arc extending from −90° to 90° along the audio-visual horizon. Their heads remained in a fixed position, stabilized by a chin rest and motion direction was alternated between trials. HRIRs from adjacent positions spaced by θ° were convolved with the broadband input stimulus before being sequentially played to achieve apparent auditory motion, presented via headphones. The auditory stimuli were spatially offset from visual stimuli by an amount μ° throughout the motion path. Subjects made a 2AFC judgement of the leading modality as it crossed the approximate midline.</p
Hearing is confronted by a similar problem to vision when the observer moves. The image motion that ...
The purpose of this investigation was to examine the illusion of auditory apparent motion (AM), and ...
In media reproduction, there are many situations in which audio and visual signals, coming from the ...
Understanding the way in which listeners move their heads must be part of any objective model for ev...
Abstract. A relative inability of listeners to refer auditory motion properly to the front hemifield...
This research incorporates the nature of head movement made in listening activities, into the develo...
This research introduces a novel technique for capturing binaural signals for objective evaluation o...
Research was undertaken to determine the nature of head movements made when judging spatial impressi...
We used a dynamic auditory spatial illusion to investigate the role of self-motion and acoustics in ...
This research incorporates the nature of head movement made in listening activities, into the develo...
This study investigated how auditory space was represented during linear self-motion. Participants w...
We are rarely perfectly still: our heads rotate in three axes and move in three dimensions, constant...
We are rarely perfectly still: our heads rotate in three axes and move in three dimensions, constant...
When moving sound sources are displayed for a listener in a manner that is consistent with the motio...
We discuss the use of dynamic auditory patterns to detect and control human action. We argue that su...
Hearing is confronted by a similar problem to vision when the observer moves. The image motion that ...
The purpose of this investigation was to examine the illusion of auditory apparent motion (AM), and ...
In media reproduction, there are many situations in which audio and visual signals, coming from the ...
Understanding the way in which listeners move their heads must be part of any objective model for ev...
Abstract. A relative inability of listeners to refer auditory motion properly to the front hemifield...
This research incorporates the nature of head movement made in listening activities, into the develo...
This research introduces a novel technique for capturing binaural signals for objective evaluation o...
Research was undertaken to determine the nature of head movements made when judging spatial impressi...
We used a dynamic auditory spatial illusion to investigate the role of self-motion and acoustics in ...
This research incorporates the nature of head movement made in listening activities, into the develo...
This study investigated how auditory space was represented during linear self-motion. Participants w...
We are rarely perfectly still: our heads rotate in three axes and move in three dimensions, constant...
We are rarely perfectly still: our heads rotate in three axes and move in three dimensions, constant...
When moving sound sources are displayed for a listener in a manner that is consistent with the motio...
We discuss the use of dynamic auditory patterns to detect and control human action. We argue that su...
Hearing is confronted by a similar problem to vision when the observer moves. The image motion that ...
The purpose of this investigation was to examine the illusion of auditory apparent motion (AM), and ...
In media reproduction, there are many situations in which audio and visual signals, coming from the ...