Electronic canails audition simulating platform, its simulating experimental method and algorithm comparation

Abstract

An auditory artificial platform of electronic cochlea consists of auditory artificial software platform, program library of auditory artificial mode, voice material databank and auditory artificial test databank. It is featured as not only enabling to predict out electric-auditory result of user applying electronic cochlea with different voice treatment algorithm but also integrating multiple auditory artificial models of electronic cochlea voice treatment algorithm for conveniently confirming parameter standard and evaluation rule to compare and estimate voice treatment result of different algorithm.

Description

technical field [0001] The invention relates to a software platform for simulating the electrical hearing produced by patients with electronic cochlear implants, in particular to a simulation platform capable of integrating auditory simulation models of various electronic cochlear speech processing algorithms and evaluating algorithm effects. Background technique [0002] A cochlear implant is an electronic device that replaces the function of the inner ear of a normal person, and is used to restore hearing to totally deaf patients. Cochlear electrons use electrodes implanted in the inner ear to bypass the damaged part of the inner ear, and directly stimulate the residual auditory nerve with a weak current to generate excitement, which is transmitted to the brain along the auditory pathway and interpreted as sound, so that the patient can obtain hearing. Because what the patient hears is not the sound of the real sound field, but the hearing induced by electrical stimulation...

AI Technical Summary

Problems solved by technology

[0005] In order to overcome the disadvantages that the existing auditory simulation model established for a single algorithm cannot compare the effect of the algorithm horizontally, and the simulation parameters contained in the auditory simulation model are limited, the present invention provides a cochlear electronic auditory simulation platform, which can not only predict The electrical auditory effect of cochlear implanters using different coch

Images