In localizing the source of the sound the following was observed under various conditions in the horizontal plane of the examinee's ears. The range of localization for subjective median, 1. Increased proportionally according to the distance from the source of the sound. 2. Increased by visual stimulus. 3. Increased by auditory fatigue. 4. Decreased when the intense noise was at the background of the source. The sensitivity of localizing sound is separated to two sides, namely the displacement of the apparent source and the range of localization. There has been few reports concerning the latter. Sound localization is produced in the centrum by two auditory nerve excitation. The increased displacement is attributed to unequal nerve excitation...
Dysfunctions of the organ of hearing are a significant limitation in the performance of occupations ...
For some scenarios and situations, successful localization of the sound is vital for the hearing exp...
Contains fulltext : 32926.pdf (publisher's version ) (Open Access)Human sound loca...
In localizing the source of the sound the following was observed under various conditions in the hor...
The source of the sound came from a loud speaker connected to a beat frequency oscillator. The exami...
This test was held in a sound-poof room, and the sources of the sound were all of pure tone. The aud...
AbstractMost experiments on auditory localization have been concerned with the horizontal and vertic...
The auditory system derives locations of sound sources from spatial cues provided by the interaction...
The auditory system operates in an interactive multi-sensory setting and its representation of space...
Contains fulltext : 59357.pdf (publisher's version ) (Open Access)The localization...
Human sound localization is an important computation performed by the brain. Models of sound localiz...
Some of the neurophysiological data for understanding the neural basis of sound localization are rev...
Localizing a sound source requires the auditory system to determine its direction and its distance. ...
Abstract. In this work we study the influence and relationship of five different acoustical cues to ...
Localizing a sound source requires the auditory system to determine its direction and its distance. ...
Dysfunctions of the organ of hearing are a significant limitation in the performance of occupations ...
For some scenarios and situations, successful localization of the sound is vital for the hearing exp...
Contains fulltext : 32926.pdf (publisher's version ) (Open Access)Human sound loca...
In localizing the source of the sound the following was observed under various conditions in the hor...
The source of the sound came from a loud speaker connected to a beat frequency oscillator. The exami...
This test was held in a sound-poof room, and the sources of the sound were all of pure tone. The aud...
AbstractMost experiments on auditory localization have been concerned with the horizontal and vertic...
The auditory system derives locations of sound sources from spatial cues provided by the interaction...
The auditory system operates in an interactive multi-sensory setting and its representation of space...
Contains fulltext : 59357.pdf (publisher's version ) (Open Access)The localization...
Human sound localization is an important computation performed by the brain. Models of sound localiz...
Some of the neurophysiological data for understanding the neural basis of sound localization are rev...
Localizing a sound source requires the auditory system to determine its direction and its distance. ...
Abstract. In this work we study the influence and relationship of five different acoustical cues to ...
Localizing a sound source requires the auditory system to determine its direction and its distance. ...
Dysfunctions of the organ of hearing are a significant limitation in the performance of occupations ...
For some scenarios and situations, successful localization of the sound is vital for the hearing exp...
Contains fulltext : 32926.pdf (publisher's version ) (Open Access)Human sound loca...