Wireless design techniques for Cochlear Devices
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As I am aware of the structure of this Cochlear Implant where two external devices (Transmitter and Sound Processor)communicating through a wire and this structure has many disadvantages one is it needs a lot of care to maintain and on any small damage requires huge money needs to be spent on new head piece. Secondly its rare and unique structure creates a lot of nuisance with multiple enquiries. To overcome the above said difficulties I being basically a Computer Science Engineer and a Professor in the subject I started working with an idea to Design a wireless architecture to make the Transm...
As I am aware of the structure of this Cochlear Implant where two external devices (Transmitter and Sound Processor)communicating through a wire and this structure has many disadvantages one is it needs a lot of care to maintain and on any small damage requires huge money needs to be spent on new head piece. Secondly its rare and unique structure creates a lot of nuisance with multiple enquiries. To overcome the above said difficulties I being basically a Computer Science Engineer and a Professor in the subject I started working with an idea to Design a wireless architecture to make the Transmitter and Sound Processor (external devices worn on head and year, for kids clipped on body inner wear) communicate wirelessly. During while I adressed problems such as Reliability and the Quality of the communication where the factors such as SNR, Radio frequency allocation. I have also proposed two new wireless architectures namely "Architecture based on the BLE 4.0" and "Architecture based on the WIFI" and an Integrated IC that embeds both internal and external components of CI.
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