Add to ORKGA cochlear implant restores some hearing by electrically stimulating residual auditory nerve fibers in the cochlea. The cochlear implant represents a major scientific and technological breakthrough and is now providing hearing for thousands of profoundly and totally deaf people around the world. In this paper, we review the present multiple-channel cochlear implant technology and explores potential applications of micro-electro-mechanical system (MEMS) technology. A new generation of electrode arrays based on the silicon micromachining technology is presented. Approaches in the use of MEMS technology for a middle ear acoustic sensor in a totally implantable prosthesis is also discussed, with key issues for its development highlighted.29-30 ...
This paper presents a novel method for stimulating auditory nerve inside cochlea via a MEMS piezoele...
This paper presents a multi-channel acoustic transducer that works within the audible frequency rang...
In this work we present the design, Taguchi optimization and simulation of an acoustic sensors array...
AbstractThe micro-electro-mechanical array for application as fully implantable cochlea is presented...
The micro-electro-mechanical array for application as fully implantable cochlea is presented in this...
This dissertation presents the design and fabrication of two generations of a silicon microelectrode...
Nearly 100,000 people worldwide have received cochlear implants to date, in which a bundle of wire e...
Silicon fabrication technology is being explored as a possible solution to the manufacturing of adva...
This paper reports a fully implantable, MEMS-based, low-power, energy harvesting, next generation co...
Cochlear implants (CIs) are the most effective solution to treat severe-to-profound hearing loss. Th...
Sensorineural impairment, representing the majority of the profound deafness, can be restored using ...
AbstractCochlear implants work on the principle of direct electrical stimulation of the auditory ner...
Cochlear implants work on the principle of direct electrical stimulation of the auditory nerve. It h...
Cochlear implants (CIs) have been used for many years to restore hearing for deaf patients. Unfortun...
AuthorThis paper presents a multi-channel acoustic transducer that works within the audible frequenc...
This paper presents a novel method for stimulating auditory nerve inside cochlea via a MEMS piezoele...
This paper presents a multi-channel acoustic transducer that works within the audible frequency rang...
In this work we present the design, Taguchi optimization and simulation of an acoustic sensors array...
AbstractThe micro-electro-mechanical array for application as fully implantable cochlea is presented...
The micro-electro-mechanical array for application as fully implantable cochlea is presented in this...
This dissertation presents the design and fabrication of two generations of a silicon microelectrode...
Nearly 100,000 people worldwide have received cochlear implants to date, in which a bundle of wire e...
Silicon fabrication technology is being explored as a possible solution to the manufacturing of adva...
This paper reports a fully implantable, MEMS-based, low-power, energy harvesting, next generation co...
Cochlear implants (CIs) are the most effective solution to treat severe-to-profound hearing loss. Th...
Sensorineural impairment, representing the majority of the profound deafness, can be restored using ...
AbstractCochlear implants work on the principle of direct electrical stimulation of the auditory ner...
Cochlear implants work on the principle of direct electrical stimulation of the auditory nerve. It h...
Cochlear implants (CIs) have been used for many years to restore hearing for deaf patients. Unfortun...
AuthorThis paper presents a multi-channel acoustic transducer that works within the audible frequenc...
This paper presents a novel method for stimulating auditory nerve inside cochlea via a MEMS piezoele...
This paper presents a multi-channel acoustic transducer that works within the audible frequency rang...
In this work we present the design, Taguchi optimization and simulation of an acoustic sensors array...