The model of the auditory brain system includes the autocorrelation function (ACF), the interaural cross-correlation function (IACF) mechanisms and the specialization of the human cerebral hemispheres [1].
This has lead to the design of new processor architectures such as multicore and the specialization of the different parts of computers.
Our modern society is characterized by an ever growing division of labor, the diversification of tasks, and the specialization of our university education.
The model consists of the autocorrelation and crosscorrelation mechanisms for sound signals arriving at two ears and the specialization of human cerebral hemisphere.
The model consists of the autocorrelation mechanisms, the interaural cross-correlation mechanism between the two auditory pathways, and the specialization of the human cerebral hemispheres for temporal and spatial factors of the sound field.
This study is based on the model of the auditory brain system, which consists of the autocorrelation and crosscorrelation mechanisms for sound signals arriving at two ears and the specialization of human cerebral hemispheres.
The model consists of the autocorrelation function (ACF) mechanism and the interaural crosscorrelation function (IACF) mechanism for signals arriving at two ear entrances, and the specialization of human cerebral hemispheres.
The computational system outlined here is based on a model of the human auditory– brain system including the autocorrelation and interaural crosscorrelation mechanisms, and the specialization of the cerebral hemispheres [1].
Further, bibliometric studies of the rapidly transforming HIV knowledge base captured the presence of new scientific terminology and the specialization of journals as the field progressed [4] [6].
Research fields were allocated based on the journal (using the Thomson Reuters ESI domains), the article title, the content of the abstract, and the specialization of the main authors.
