Faculty

Institution

Unit

Venue

Jack Noble

Vanderbilt University

Affiliations

School of Engineering

Biomedical Engineering

NoneJack Noble is currently serving as a Biomedical Engineering faculty at Vanderbilt University.

Honors

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Experiences

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Education

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Jack Noble

Vanderbilt University

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cochlear implants audiology hearing loss medical imaging ophthalmology neuroscience biomedical engineering hearing research computed tomography neurology electrophysiology machine learning biomedical imaging auditory science image segmentation clinical otolaryngology deep learning medical image analysis medical image computing optical engineering auditory physiology neuroimaging neurotology instrumentation otorhinolaryngology automatic segmentation image guidance image registration ct scan ct images acoustical engineering cochlear implantation machine vision speech processing bioacoustics computer-assisted surgery scientific computing cochlear implant electrodes automatic localization localization computational imaging brain imaging image-guided interventions audio electroacoustics insertion depth intra-cochlear anatomy medical physics automatic identification angular insertion depth metal artifact reduction facial nerve bone research clinical images acoustic signal processing medical technology localization technique magnetic resonance imaging location estimation minimally invasive procedures scalar location chorda tympani head cts cochlear implant outcomes electrode location neuroradiology precision engineering engineering acoustic bone imaging robot-assisted surgery medical robots path planning immersive technologies conventional ct robotics automation physical prototyping canadian studies medical image processing surgery

Notable Scholarly Works

Notable Federal Grants

Collaborators

Predicting Speech Recognition in Adults Receiving Cochlear Implants. (2026)

cochlear implantshearing lossbiostatisticshuman hearingauditory scienceclinical otolaryngologyspeech processingspeech recognitionspeech perceptionaudiologyhearing research

Cochlear Implantation of Slim Precurved Arrays Using Automatic Preoperative Insertion Plans. Otology & Neurotology (2025)

auditory physiologyneurotologycochlear implantshearing losssurgerybiomedical engineeringmedical devicesauditory scienceclinical otolaryngologycochlear implantationaudiologyhearing research

Cochlear Implant Electrode Placement and Music Perception. JAMA Otolaryngology–Head & Neck Surgery (2025)

Katelyn A. BergJack H. NobleBenoit M. DawantLinsey W. SunderhausAndrea J. DeFreeseRobert F. LabadieRené H. Gifford

otorhinolaryngologyneurotologyauditory imageryacoustic musicmusical expressionmaxillofacial surgeryhearing lossmusic psychologyaesthetic facial surgeriesspinal cord injuryelectrophysiologyhuman hearingbiomedical engineeringmusic therapyclinical otolaryngologyneurologyspeech processingrehabilitation

Electrode Placement Factors and Their Impact on Spectral Resolution in Pediatric and Adult Cochlear Implant Users. Otology & Neurotology (2025)

auditory physiologybiomedical circuitsneurotologycochlear implantsbioelectronicshearing losselectrode placement factorstheir impactspectral resolutionelectrophysiologyneurosciencebiomedical engineeringauditory sciencehuman hearingaudiologyhearing research

Evaluating Selective Apical Electrode Deactivation for Improving Cochlear Implant Outcomes. Trends in Hearing (2025)

auditory physiologybiomedical circuitsneurotologycochlear implantscochlear implant outcomesbioelectronicsimplantable deviceshearing losselectrophysiologybiomedical engineeringmedical devicesanesthesiologyhuman hearingaudiologyhearing research

Frequency-To-Place Mismatch and Cochlear Implant Outcomes—Beyond Electrode Type—Reply. JAMA Otolaryngology–Head & Neck Surgery (2025)

cochlear implantshearing lossorthopaedic surgeryelectrophysiologyclinical otolaryngologyfrequency-to-place mismatchhuman hearingaudiologyhearing research

Self-Supervised Mamba-Based Mastoidectomy Shape Prediction for Cochlear Implant Surgery. Medical Imaging 2022: Image Processing (2025)

computer-assisted surgerycochlear implant surgerysurgical planningsurgeryanatomical modelmedical devicesplastic surgeryaesthetic surgerymicrosurgery

Surgical Depth Anything: Depth Estimation for Surgical Scenes Using Foundation Models. (2025)

foundation modelsmedical image computingsurgical planningsurgerysurgical depth anything3d reconstructionsurgical scenesradiologyimage analysismachine visiondepth mapcomputer vision

Tool Pose Estimation in Cochlear Implant Surgery Using Monocular Microscopy. (2025)

Serena AbrahamJason E. MitchellRobert F. LabadieJack H. Noble

tool pose estimationmonocular microscopycochlear implant surgery

Ws-Sfmlearner: Self-Supervised Monocular Depth and Ego-Motion Estimation on Surgical Videos With Unknown Camera Parameters. Journal of Medical Imaging (2025)

3d vision3d pose estimationunknown camera parameterssurgeryself-supervised monocular depthsurgical educationimage analysismachine visiondepth mapsurgical videosfilmcomputer vision

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Jack Noble

Vanderbilt University

Affiliations

School of Engineering

Biomedical Engineering

NoneJack Noble is currently serving as a Biomedical Engineering faculty at Vanderbilt University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jack Noble

Vanderbilt University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Predicting Speech Recognition in Adults Receiving Cochlear Implants. (2026)

cochlear implantshearing lossbiostatisticshuman hearingauditory scienceclinical otolaryngologyspeech processingspeech recognitionspeech perceptionaudiologyhearing research

Cochlear Implantation of Slim Precurved Arrays Using Automatic Preoperative Insertion Plans. Otology & Neurotology (2025)

auditory physiologyneurotologycochlear implantshearing losssurgerybiomedical engineeringmedical devicesauditory scienceclinical otolaryngologycochlear implantationaudiologyhearing research

Cochlear Implant Electrode Placement and Music Perception. JAMA Otolaryngology–Head & Neck Surgery (2025)

Katelyn A. BergJack H. NobleBenoit M. DawantLinsey W. SunderhausAndrea J. DeFreeseRobert F. LabadieRené H. Gifford

Electrode Placement Factors and Their Impact on Spectral Resolution in Pediatric and Adult Cochlear Implant Users. Otology & Neurotology (2025)

Evaluating Selective Apical Electrode Deactivation for Improving Cochlear Implant Outcomes. Trends in Hearing (2025)

Frequency-To-Place Mismatch and Cochlear Implant Outcomes—Beyond Electrode Type—Reply. JAMA Otolaryngology–Head & Neck Surgery (2025)

cochlear implantshearing lossorthopaedic surgeryelectrophysiologyclinical otolaryngologyfrequency-to-place mismatchhuman hearingaudiologyhearing research

Self-Supervised Mamba-Based Mastoidectomy Shape Prediction for Cochlear Implant Surgery. Medical Imaging 2022: Image Processing (2025)

computer-assisted surgerycochlear implant surgerysurgical planningsurgeryanatomical modelmedical devicesplastic surgeryaesthetic surgerymicrosurgery

Surgical Depth Anything: Depth Estimation for Surgical Scenes Using Foundation Models. (2025)

foundation modelsmedical image computingsurgical planningsurgerysurgical depth anything3d reconstructionsurgical scenesradiologyimage analysismachine visiondepth mapcomputer vision

Tool Pose Estimation in Cochlear Implant Surgery Using Monocular Microscopy. (2025)

Serena AbrahamJason E. MitchellRobert F. LabadieJack H. Noble

tool pose estimationmonocular microscopycochlear implant surgery

Ws-Sfmlearner: Self-Supervised Monocular Depth and Ego-Motion Estimation on Surgical Videos With Unknown Camera Parameters. Journal of Medical Imaging (2025)

3d vision3d pose estimationunknown camera parameterssurgeryself-supervised monocular depthsurgical educationimage analysismachine visiondepth mapsurgical videosfilmcomputer vision

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2
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4
5
26
10 / page

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