Abstract: An analog inner hair cell and auditory nerve IC has been implemented using non invasive techniques.Differential topology is used to remove the reverberations caused. A fully-differential current-mode arechitecture is used and the ability to correct channel mismatch is evaluated with matched layouts as well as with digital current tuning. Current mode architecture is developed to avoid CMOS mismatch.Brain machine interface based on non invasive technique is implemented.The designed IC is used for ultra low power biomimetic system.Speech synthesis is used for speech recogniation in noisy environment.Neural activity is measured using Brain machine interface(EEG).
Keywords: Non-Invasive Technique, spectrogram, hearing aids, low power, speech recogniation, neuromrophic, fully differential topology, Very large scale integration (VLSI).
Title: Implementation of Analog Inner Hair Cell and Auditory Nerve IC in Neuromorphic VLSI Using Non-Invasive Technique
Author: Dr.J.Raja, Saranya.SA
International Journal of Electrical and Electronics Research
ISSN 2348-6988 (online)
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