Difference in time that it takes a sound to travel between two ears
Interaural time difference (ITD) between left (top) and right (bottom) ears. (sound source: 100 ms white noise from 90° azimuth, 0° elevation)
The interaural time difference (or ITD) when concerning humans or animals, is the difference in arrival time of a sound between two ears. It is important in the localization of sounds, as it provides a cue to the direction or angle of the sound source from the head. If a signal arrives at the head from one side, the signal has further to travel to reach the far ear than the near ear. This pathlength difference results in a time difference between the sound's arrivals at the ears, which is detected and aids the process of identifying the direction of sound source.
When a signal is produced in the horizontal plane, its angle in relation to the head is referred to as its azimuth, with 0 degrees (0°) azimuth being directly in front of the listener, 90° to the right, and 180° being directly behind.
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The interauraltimedifference (or ITD) when concerning humans or animals, is the difference in arrival time of a sound between two ears. It is important...
are timedifference and intensity difference between the sound signals of two ears. We call those kinds of differences as InterauralTimeDifference (ITD)...
when there is a difference between the interaural phase of the signal and the interaural phase of the noise. When such a difference is present there...
This difference in distance causes a slight delay in the time the signal is perceived by each ear. The magnitude of the interauraltimedifference is greater...
the interauraltimedifference. The interauraltimedifference is the difference in arrival time of a sound between two ears. The interauraltime difference...
naturally as a person listens, generating interauraltimedifferences (ITDs) and interaural level differences (ILDs) specific to their listening position...
Time-of-flight, time for a particle to travel through a medium Interauraltimedifference, difference in time that it takes a sound to travel between two ears Travel...
auditory nerve. They are then able to use interauraltimedifference (ITD) and interaural level difference (ILD) to pinpoint the location and elevation...
by the difference in hearing between the left and right ears. These differences include the interauraltimedifference (ITD) and the interaural intensity...
contributed to the theory of binaural hearing, propose the theory of interauraltimedifference as the main cue, and developing sound localization devices (for...
feature of Aspect-oriented computer programming. Interauraltimedifference, the difference in arrival time of a sound between two ears Internal tandem duplication...
equals the human ear distance and therefore provides the same interauraltimedifference (ITD) or more, depending on the spacing between microphones. Although...
energy, was not measured or compared. Skottun et al. measured the interauraltimedifference sensitivity of single neurons in the inferior colliculus, and...
position, orientation, direction, spatial frequency Tonotopic maps: interauraltimedifference, frequency tonotopic maps of the cochlea The computational map...
an interauraltimedifference, ITD), and will also be louder at the near ear (creating an interaural level difference, ILD – also known as interaural intensity...
retinotopic map, or that time codes are used in organization as in the maps of an owl's sense of direction via interauraltimedifference between ears. These...
side is heard approximately 0.0003 seconds later. This is the interauraltimedifference (ITD) cue and is measured by signal processing in the two central...
reach the ears at different times. This is referred to as the interauraltimedifference (ITD). Due to differing lengths and a finite conduction speed...
this range, which causes a slight difference in level between the ears. This is called the interaural level difference, or ILD (the same cone of confusion...
computations involving these interaurual intensity differences (IIDs) and interauraltimedifferences (ITDs) are typically carried out in different pathways...
used by the barn owl to localize sound are interauraltimedifference (ITD) and interaural intensity difference (IID). The owl’s ears are asymmetric, with...
what degree the recording has captured the interaural level differences (ILD) and the interauraltimedifferences (ITD) that characterize two-eared human...
other information humans use to localize the sounds, such as the interauraltimedifference, head shadow, pinna response, shoulder echo, head motion, early...
analyzing interauraltimedifference (ITD). Localization of high frequency sounds is accomplished by analyzing interaural level difference (ILD). Action...
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