… This paper presents the real-time implementation of a cochlear implant signal processing
system on PDA platforms. PDAs are chosen as they provide portable and cost-effective …

… Cochlear implantation is an established intervention in the management of selected individuals
… ( 29 ) evaluated a prototype mobile C-arm flat panel cone-beam scanner designed for …

… Selecting the optimal array length becomes more challenging for the growing population of
patients with considerable residual hearing in the implanted ear. Cochlear implant recipients …

… Developing a clinically viable technique for measuring cochlear length could enhance
future electrode design of cochlear implants and surgical skills to improve clinical outcomes. …

… cochlear anatomy were used in the present study: cone beam CT (CBCT) obtained in clinical
setting before cochlear implantation (Fig… The data reveal a rather flat function until 270, with …

Purpose. The aim of this study was to show that individual adjustment of the curling behaviour
of a preformed cochlear implant (CI) electrode array to the patient‐specific shape of the …

… The cochlear implant recipient computer was a Dell Vostro 220 s (Dell Inc, Round Rock,
Texas, USA), with a Dell E2310HC Widescreen Flat Panel computer display (Dell Inc, Round …

… With the advent of cone-beam CT based on flat-panel volumetric technology, significantly
better … derived from conventional CT that is accessible to all cochlear implantation centers. …

… After consent was obtained, postoperative temporal bone CT scans were obtained via
either flat panel, volumetric computerized tomography (fpVCT) using a Xoran XCAT scanner (…

… In this retrospective study we provided evidence on imaging characteristics of six different
cochlear implants visualized by CBCT for accurate visualization and discrimination of …