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Bone and Cartilage Conduction
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Air conduction is the primary pathway for hearing sounds and is widely utilized in various hearing devices. In contrast, other forms of sound conduction—such as bone and cartilage conduction—have not been as commonly applied. However, recent advancements in device development have expanded the applications of these alternative conduction methods across various fields. This Special Issue addresses the mechanisms and practical uses of these methods. Since 2017, a new hearing device utilizing cartilage conduction has been developed and released in Japan. It has gained rapid popularity and is now recognized as one of the primary types of hearing device. Reflecting this trend, most of the contributions in this Special Issue focus on cartilage conduction and hearing aids, with studies submitted from various institutions in Japan.
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Keywords
- aided threshold
- air conduction
- amplification
- atresia
- aural atresia
- bone conduction
- bone conduction hearing aids
- bone vibration
- canal stenosis
- cartilage conduction
- cartilage conduction hearing aid
- cartilage conduction hearing aids
- chronic otitis media
- cochlear aplasia
- conductive hearing loss
- head and torso simulator
- hearing aid
- hearing device
- Infant
- meatal stenosis
- n/a
- ossicular vibration
- pinna simulator
- Sound Field
- sound pressure level
- sound processor
- Speech Recognition
- tactile aids
- vibratory sensation
Links
DOI: 10.3390/books978-3-7258-5082-2Editions