A new computational approach on signal propagation inside the cochlea

Abstract

Signal propagation inside the cochlea is analyzed from an approximate point of view. This concept has been established by enabling assumptions regarding the feasibility of modeling experiments on the structure of the cochlea in line with the expected results of mathematical models. This article sheds light on reviewing the hearing system from a mathematical, mechanical, electrical, and chemical point of view. This is not to determine which model is better, but to analyze the advancement of the work on cochlear modeling. This paper attempts to present which side of the ear and how the Fourier transformation actually performs its function (seperating complex waves at many frequencies of the sine waves). It provides several improved observations that integrate the effects of the observed studies in such a way that certain characteristics are captured in different types of liner & non-linear modeling in Cochlea, which is considered to be a frequency analyzer existing in the inner ear. Our proposed approach has been developed following advanced computational language-python.