Andere Kunden interessierten sich auch für
![Localization in Thin Films]( "Localization in Thin Films")
Localization in Thin Films32,99 €![Anderson localization in disordered systems with competing channels]( "Anderson localization in disordered systems with competing channels")
Anderson localization in disordered systems with competing channels51,99 €![Localization phenomenon in semiconductors; InGaAs, BGaAs and BInGaAs]( "Localization phenomenon in semiconductors; InGaAs, BGaAs and BInGaAs")
Localization phenomenon in semiconductors; InGaAs, BGaAs and BInGaAs23,99 €![Directed Polymers in Random Environments]( "Directed Polymers in Random Environments")
Directed Polymers in Random Environments28,99 €![Sound Masking]( "Sound Masking")
Sound Masking22,99 €![Sound Level Meter]( "Sound Level Meter")
Sound Level Meter22,99 €![Sound Transit]( "Sound Transit")
Sound Transit22,99 €
High Quality Content by WIKIPEDIA articles! Sound localization is a listener's ability to identify the location or origin of a detected sound in distance and direction or the methods in acoustical engineering to simulate the placement of an auditory cue in a virtual 3D space. There are two general methods for sound localization, binaural cues and monaural cues. Binaural localization relies on the comparison of auditory input from two separate detectors. Therefore, most auditory systems feature two ears, one on each side of the head. The primary biological binaural cue is the split-second delay between the time when sound from a single source reaches the near ear and when it reaches the far ear. This is technically referred to as the "interaural time difference" (ITD).