Bone conduction (BC) hearing relies on sound vibration transmission in the skull bone.
Several clinical findings indicate that in the human, the skull vibration of the inner ear …

Bone conduction (BC) stimulation has mainly been used for clinical hearing assessment and
hearing aids where stimulation is applied at the mastoid behind the ear. Recently, BC has …

Five different pathways are often suggested as important for bone conducted (BC) sound:(1)
sound pressure in the ear canal,(2) inertia of the middle ear ossicles,(3) inertia of the inner …

A lumped element impedance model of the inner ear with sources based on wave
propagation in the skull bone was used to investigate the mechanisms of hearing sensitivity …

There have been conflicting reports in the literature about the importance of the induced ear
canal sound pressure for the perception of bone-conducted (BC) sound. Here we …

Throughout history, hearing and sound perception have been typically framed in the context
of how sound conveys information and how that information influences the listener." Hear …

Bone conduction sound transmission in the human skull and the occlusion effect were
estimated from hearing thresholds and ear-canal sound pressure (ECSP) measured by a …

Hearing is an extremely complex phenomenon, involving a large number of interrelated
variables that are difficult to measure in vivo. In order to investigate such process under …

Soft tissue conduction has been proposed as an alternative to bone conduction (BC) for
hearing vibrations applied at soft tissue positions at the human head. Arguments for soft …

Background Bone conduction (BC) is an alternative to air conduction to stimulate the inner
ear. In general, the stimulation for BC occurs on a specific location directly on the skull bone …