A Purdue University researcher is combining two technologies – hearing aids and cochlear implants – to help improve speech understanding and sound quality for cochlear implant users.
King Chung, assistant professor of audiology, sets up for her next experiment in the Amplification and Communication Research Laboratory at Purdue University. She will evaluate how hearing-aid technologies can improve the efficiency of cochlear implants. Chungs current research shows that by applying the front-end processing capability of hearing aids to cochlear implants, cochlear implant users achieved better listening quality. Chungs research findings are published in the current issue of Acoustic Research Letters Online. (Purdue News Service photo/David Umberger)
Research by King Chung, an assistant professor in audiology, and colleagues shows that by applying advanced hearing aid technologies, such as preprocessors, to cochlear implants, background noise can be reduced, speech understanding enhanced and sound quality improved for cochlear implant users. Chung collaborated with Fan-Gang Zeng, a professor at the University of California, and Susan Waltzman, a professor at New York University School of Medicine.
"The common goals of hearing aids and cochlear implants are to enhance users speech understanding and listening comfort, as well as improve the convenience of device use," says Chung, who studies issues related to hearing amplification and communication. "To achieve these goals, hearing aid and cochlear implant manufacturers have gone through different research and development paths."
Amy Patterson-Neubert | Purdue News
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