Faculty

Institution

Unit

Venue

Bruce Whiting

University of Pittsburgh

Affiliations

Medicine

Radiology

NoneBruce Whiting is currently serving as a Medicine faculty at University of Pittsburgh.

Honors

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Experiences

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Education

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Bruce Whiting

University of Pittsburgh

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medical imaging radiology computed tomography biomedical imaging radiation oncology health sciences image reconstruction applied physics optical engineering computational imaging medical technology medical physics radiation image analysis cancer imaging ct scan photonics medical image computing respiratory medicine radiographic imaging medical image analysis transmission tomography digital image processing computer vision image compression dosimetry noise-resolution tradeoffs x-ray ct imaging dual-energy ct pattern recognition image communication oral radiology oral medicine lossless compression deblurring x-ray spectroscopy radiation exposure radiation detection digital imaging data compression 3d imaging 3d reconstruction metal artifact reduction x-ray computed tomography ct dose-reduction simulation projection data bow tie profiles quantitative evaluation experimental implementation minimization algorithms neonatal chest wavelets image representation oral health dental materials oral biology oral pathology tree physiology visual science wavelet theory image restoration image coding dentoalveolar surgery operative dentistry optical imaging dental disease radioanalytical chemistry magnetic resonance imaging case studies experimental analysis brachytherapy vision research display technology free breathing linear interpolation metal artifacts diagnosis diagnostic imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mb-Dectnet: A Model-Based Unrolled Network for Accurate 3D Dect Reconstruction. Medical Imaging 2018: Physics of Medical Imaging (2023)

Tao GeMaria MedranoRui LiaoDavid G. PolitteJeffrey F. WilliamsonBruce R. WhitingJoseph A. O'Sullivan

model-based unrolled networkcomputer visiondeep learning3d computer visionradiologymodeling and simulationmachine learning

Motion-Compensated Scheme for Sequential Scanned Statistical Iterative Dual-Energy Ct Reconstruction. Physics in Medicine and Biology (2023)

Tao GeRui LiaoMaria MedranoDavid G PolitteBruce R WhitingJeffrey F WilliamsonJoseph A O’Sullivan

medical image computingphysicsimage reconstructionmedical imagingcomputed tomographycomputational imagingapplied physicshealth sciencesmotion-compensated schemebiomedical imaging

A Metal Artifact Reduction Scheme for Accurate Iterative Dual-Energy Ct Algorithms. Electronic Imaging (2022)

Tao GeMedrano MariaLiao RuiJeffrey F. WilliamsonDavid G. PolitteBruce R. WhitingJoseph A. O’Sullivan

technologymedical imagingcomputed tomographyelectronic imagingcomputational imaging

Dose Prediction in Proton Cancer Therapy Based on Density Maps From Dual-Energy Ct Using Joint Statistical Image Reconstruction. Medical Imaging 2018: Physics of Medical Imaging (2022)

Maria Jose Medrano MatamorosXinyuan ChenTao GeTianyu ZhaoRui LiaoDavid G. PolitteJeffrey F. WillamsonBruce R. WhitingYao HaoBaozhou SunJoseph A. O'Sullivan

radiation oncologydensity mapsoncologymedical imagingproton cancer therapydual-energy ctmedicinedose prediction

Towards Subpercentage Uncertainty Proton Stopping‐Power Mapping via Dual‐Energy Ct: Direct Experimental Validation and Uncertainty Analysis of a Statistical Iterative Image Reconstruction Method. Medical Physics (2022)

Maria MedranoRuirui LiuTianyu ZhaoTyler WebbDavid G. PolitteBruce R. WhitingRui LiaoTao GeMariela A. Porras‐ChaverriJoseph A. O'SullivanJeffrey F. Williamson

radiation oncologyuncertainty analysisimage reconstructionmedical imagingcomputed tomographydirect experimental validationdual-energy ctapplied physicshealth sciencesbiomedical imaging

Reducing Motion Artifact in Sequential-Scan Dual-Energy Ct Imaging by Incorporating Deformable Registration Within Joint Statistical Image Reconstruction. Electronic Imaging (2021)

Tao GeRui LiaoDavid G. PolitteMaria MedranoJeffrey F. WilliamsonBruce R. WhitingTianyu ZhaoJoseph A. O’Sullivan

deformable registrationmotion artifactmedical imagingcomputed tomographyradiology

Accurate Proton Stopping Power Images Reconstructed Using Joint Statistical Dual Energy Ct: Experimental Verification and Impact of Fan-Beam Ct Scatter. Medical Imaging 2018: Physics of Medical Imaging (2020)

Maria Jose Medrano MatamorosRuirui LiuTyler WebbTianyu ZhaoJeffrey F. WilliamsonBruce R. WhitingDavid G. PolitteMariela A. Porras-ChaverriJoseph A. O'Sullivan

accurate protonexperimental verificationimage reconstructionmedical imagingfan-beam ct scattermedicinepower images

Impact of Bowtie Filter and Detector Collimation on Multislice Ct Scatter Profiles: A Simulation Study. Medical Physics (2020)

Ruirui LiuShuangyue ZhangTianyu ZhaoJoseph A. O'SullivanJeffrey F. WilliamsonTyler WebbMariela Porras‐ChaverriBruce Whiting

radiation oncologysimulation studymedical imagingdetector collimationbowtie filter

Experimental Implementation of a Joint Statistical Image Reconstruction Method for Proton Stopping Power Mapping From Dual‐Energy Ct Data. Medical Physics (2018)

Shuangyue ZhangDong HanJeffrey F. WilliamsonTianyu ZhaoDavid G. PolitteBruce R. WhitingJoseph A. O’Sullivan

dual-energy ct dataradiation oncologyimage reconstructionmedical imagingexperimental implementationapplied physicspower mapping

Multi-GPU Acceleration of Branchless Distance Driven Projection and Backprojection for Clinical Helical Ct. Electronic Imaging (2017)

Ayan MitraDavid G. PolitteBruce R. WhitingJeffrey F. WilliamsonJoseph A. O'sullivan

medical image computingtechnologymedical imagingbranchless distanceelectronic imagingclinical helical ctmulti-gpu accelerationbiomedical imaging

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Bruce Whiting

University of Pittsburgh

Affiliations

Medicine

Radiology

NoneBruce Whiting is currently serving as a Medicine faculty at University of Pittsburgh.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Bruce Whiting

University of Pittsburgh

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mb-Dectnet: A Model-Based Unrolled Network for Accurate 3D Dect Reconstruction. Medical Imaging 2018: Physics of Medical Imaging (2023)

Tao GeMaria MedranoRui LiaoDavid G. PolitteJeffrey F. WilliamsonBruce R. WhitingJoseph A. O'Sullivan

model-based unrolled networkcomputer visiondeep learning3d computer visionradiologymodeling and simulationmachine learning

Motion-Compensated Scheme for Sequential Scanned Statistical Iterative Dual-Energy Ct Reconstruction. Physics in Medicine and Biology (2023)

Tao GeRui LiaoMaria MedranoDavid G PolitteBruce R WhitingJeffrey F WilliamsonJoseph A O’Sullivan

medical image computingphysicsimage reconstructionmedical imagingcomputed tomographycomputational imagingapplied physicshealth sciencesmotion-compensated schemebiomedical imaging

A Metal Artifact Reduction Scheme for Accurate Iterative Dual-Energy Ct Algorithms. Electronic Imaging (2022)

Tao GeMedrano MariaLiao RuiJeffrey F. WilliamsonDavid G. PolitteBruce R. WhitingJoseph A. O’Sullivan

technologymedical imagingcomputed tomographyelectronic imagingcomputational imaging

Dose Prediction in Proton Cancer Therapy Based on Density Maps From Dual-Energy Ct Using Joint Statistical Image Reconstruction. Medical Imaging 2018: Physics of Medical Imaging (2022)

Maria Jose Medrano MatamorosXinyuan ChenTao GeTianyu ZhaoRui LiaoDavid G. PolitteJeffrey F. WillamsonBruce R. WhitingYao HaoBaozhou SunJoseph A. O'Sullivan

radiation oncologydensity mapsoncologymedical imagingproton cancer therapydual-energy ctmedicinedose prediction

Maria MedranoRuirui LiuTianyu ZhaoTyler WebbDavid G. PolitteBruce R. WhitingRui LiaoTao GeMariela A. Porras‐ChaverriJoseph A. O'SullivanJeffrey F. Williamson

radiation oncologyuncertainty analysisimage reconstructionmedical imagingcomputed tomographydirect experimental validationdual-energy ctapplied physicshealth sciencesbiomedical imaging

Reducing Motion Artifact in Sequential-Scan Dual-Energy Ct Imaging by Incorporating Deformable Registration Within Joint Statistical Image Reconstruction. Electronic Imaging (2021)

Tao GeRui LiaoDavid G. PolitteMaria MedranoJeffrey F. WilliamsonBruce R. WhitingTianyu ZhaoJoseph A. O’Sullivan

deformable registrationmotion artifactmedical imagingcomputed tomographyradiology

Maria Jose Medrano MatamorosRuirui LiuTyler WebbTianyu ZhaoJeffrey F. WilliamsonBruce R. WhitingDavid G. PolitteMariela A. Porras-ChaverriJoseph A. O'Sullivan

accurate protonexperimental verificationimage reconstructionmedical imagingfan-beam ct scattermedicinepower images

Impact of Bowtie Filter and Detector Collimation on Multislice Ct Scatter Profiles: A Simulation Study. Medical Physics (2020)

Ruirui LiuShuangyue ZhangTianyu ZhaoJoseph A. O'SullivanJeffrey F. WilliamsonTyler WebbMariela Porras‐ChaverriBruce Whiting

radiation oncologysimulation studymedical imagingdetector collimationbowtie filter

Experimental Implementation of a Joint Statistical Image Reconstruction Method for Proton Stopping Power Mapping From Dual‐Energy Ct Data. Medical Physics (2018)

Shuangyue ZhangDong HanJeffrey F. WilliamsonTianyu ZhaoDavid G. PolitteBruce R. WhitingJoseph A. O’Sullivan

dual-energy ct dataradiation oncologyimage reconstructionmedical imagingexperimental implementationapplied physicspower mapping

Multi-GPU Acceleration of Branchless Distance Driven Projection and Backprojection for Clinical Helical Ct. Electronic Imaging (2017)

Ayan MitraDavid G. PolitteBruce R. WhitingJeffrey F. WilliamsonJoseph A. O'sullivan

medical image computingtechnologymedical imagingbranchless distanceelectronic imagingclinical helical ctmulti-gpu accelerationbiomedical imaging

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