Speech analysis by means of a physiologically-based model of the cochlear nerve and cochlear nucleus
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Cochlear nerve
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Content (measure theory)
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Dorsal cochlear nucleus
Representation
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Cochlear potentials have been used for many years as probes of cochlear mechanics. Early studies of cochlear microphonics addressed the pattern of wave motion and linearity of the basilar membrane motion. Since the development of techniques to record from single receptor cells and sensory neurons, these potentials have also been used in studies of the mechanics. Although techniques exist for recording cochlear mechanical motion directly, cochlear potentials can be powerful supplements, since the methods used cause minimal damage to the cochlea and can be applied throughout the cochlear spiral. Unlike existing direct methods, cochlear potentials can be used to characterize the micromechanics of the organ of Corti.
Basilar membrane
Microphonics
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Wideband
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Cochlear nerve
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I experimented in this way, and eventually found that I could send as many as 352 impulses per second along the nerve of a rabbit and get a note from the muscle of the pitch of 352 vibrations per second … but when I tried by more rapid stimulation of the nerve to get a higher note from the muscle, I failed. … Now, am I to conclude that, because I failed to get a higher note than one of 352 vibrations from the muscle, it is not possible to send more than 352 vibrations per second along a nerve? By no means …—“A lecture on the sense of hearing,” Rutherford (1887)
Nerve stimulation
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Cochlear nerve
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