An exponential displacement-dependent active feedback in a coupled oscillator chain reproduces cochlear amplification, compression, tuning, and phase, and outperforms the cubic approximation at high stimulus levels.
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A minimal physical model of cochlear mechanics: Insights into active nonlinear feedback
An exponential displacement-dependent active feedback in a coupled oscillator chain reproduces cochlear amplification, compression, tuning, and phase, and outperforms the cubic approximation at high stimulus levels.