Loudness and the perception of intensity
... • How big a sinusoid do we have to put into our system for it to be detectable above some threshold? • Main assumption: once cochlear pressure reaches a particular value, the basilar membrane moves sufficiently to make the nerves fire. ...
... • How big a sinusoid do we have to put into our system for it to be detectable above some threshold? • Main assumption: once cochlear pressure reaches a particular value, the basilar membrane moves sufficiently to make the nerves fire. ...
Application notes - Acoustical Measurement of Auditory Tubal
... to pass through the filter. On the frequency response curve of the same person a corresponding antiresonance peak can be seen at 500 Hz. Spectrum of swallowing sound The frequency analysis of the swallowing sound itself was measured from the external auditory meatus in 14 normal adults. The test pro ...
... to pass through the filter. On the frequency response curve of the same person a corresponding antiresonance peak can be seen at 500 Hz. Spectrum of swallowing sound The frequency analysis of the swallowing sound itself was measured from the external auditory meatus in 14 normal adults. The test pro ...
Learning of sparse auditory receptive fields ABC
... albeit related meanings. (1) The different neurons of the population should have significantly different properties to avoid redundancy. (2) At the same time the neurons should have sparse activities over time implying that they often have an activity close to zero and then sometimes have very high ...
... albeit related meanings. (1) The different neurons of the population should have significantly different properties to avoid redundancy. (2) At the same time the neurons should have sparse activities over time implying that they often have an activity close to zero and then sometimes have very high ...
Brain Compatible Learning
... about half their neurons before they are born. This process is sometimes referred to as pruning and may eliminate neurons that do not receive sufficient input from other neurons. ...
... about half their neurons before they are born. This process is sometimes referred to as pruning and may eliminate neurons that do not receive sufficient input from other neurons. ...
Tactile Auditory Sensory Substitution - Computer
... people of all age groups. People suffering from this type of hearing loss often lose the ability to hear certain consonant sounds, and as a result have difficulty communicating with others. The goal of the project is to use sensory substitution, a technique for presenting environmental information m ...
... people of all age groups. People suffering from this type of hearing loss often lose the ability to hear certain consonant sounds, and as a result have difficulty communicating with others. The goal of the project is to use sensory substitution, a technique for presenting environmental information m ...
COCHLEAR IMPLANTS: Frequently Asked Questions…For Primary
... the internal auditory canal. If they see that ossification is occurring, they might opt to implant younger than 12 months of age. There are research protocols evaluating the safety and efficacy of cochlear implantation in children as young as 6 months of age. But this is not currently ...
... the internal auditory canal. If they see that ossification is occurring, they might opt to implant younger than 12 months of age. There are research protocols evaluating the safety and efficacy of cochlear implantation in children as young as 6 months of age. But this is not currently ...
Hearing Loss
... the middle ear is measured at the microphone at normal, positive, and negative air pressures. Tympanometry is useful in identifying middle-ear effusions in children, and it may also detect facial nerve paralysis and may differentiate sensory from neural hearing losses. Otoacoustic Emissions (OAE) te ...
... the middle ear is measured at the microphone at normal, positive, and negative air pressures. Tympanometry is useful in identifying middle-ear effusions in children, and it may also detect facial nerve paralysis and may differentiate sensory from neural hearing losses. Otoacoustic Emissions (OAE) te ...
Sensory Systems
... to stimuli at the border between the external and internal environments. These receptors serve as good examples of the specialization of receptor structure and function, responding to heat, cold, pain, touch, and pressure. The skin contains two populations of thermoreceptors, which are naked dendrit ...
... to stimuli at the border between the external and internal environments. These receptors serve as good examples of the specialization of receptor structure and function, responding to heat, cold, pain, touch, and pressure. The skin contains two populations of thermoreceptors, which are naked dendrit ...
No Slide Title
... somatosensory cortex receives information from the left limbs, and the right visual cortex receives information from the left visual field. Areas with lots of sensory innervation, such as the fingertips and the lips, require more cortical area to process finer sensation. ...
... somatosensory cortex receives information from the left limbs, and the right visual cortex receives information from the left visual field. Areas with lots of sensory innervation, such as the fingertips and the lips, require more cortical area to process finer sensation. ...
Auditory system
The auditory system is the sensory system for the sense of hearing. It includes both the sensory organs (the ears) and the auditory parts of the sensory system.