The auditory and visual systems encode target location in fundamentally different ways. Nevertheless, the two modalities must provide a common representation of space to properly identify and localize ...

Unlike the visual system, in which images are mapped directly onto the retina and topographically projected to higher visual areas, the auditory system must compute sound location from differences in ...

One of the fascinating features of human hearing is its ability to localize sound. While the human ear usually does this with binaural cues, it is, in fact, possible to locate sound direction with ...

If you have multiple microphones in known locations, and can determine the time a sound arrives at each one, you can actually determine the location that sound is coming from. This technique is ...

Ishikawa, Japan-- The ability to locate sounds in the surrounding environment is a remarkable feature of the human ear. Typically, people with good hearing use both ears to detect and interpret ...

According to a recent multi-institute PLOS One study led by the Multisensory Research Lab at the Wilmer Eye Institute, Johns Hopkins Medicine, time of hearing loss onset is a key determinant of ...

Humans can estimate distances to sound sources better when they move and exploit auditory motion parallax. The ability to estimate distances to sound sources accurately can be crucial for survival. A ...

Sound localization is very popular in law enforcement circles due to its accuracy and ability to quickly separate gunshots from other similar noises. These systems don’t come cheap, and after trying ...

Accurate localization of multiple sound sources in noisy and reverberant environments is indispensable for any signal processing application and microphone array-based high quality sound capture. For ...