Faculty

Institution

Unit

Venue

Wu-chun Feng

Professor

Virginia Tech

Affiliations

College of Engineering

Biomedical Engineering and Mechanics

Computer Science

Wu-chun Feng is currently serving as a Biomedical Engineering And Mechanics Professor at Virginia Tech.

Honors

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Experiences

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Education

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Wu-chun Feng

Virginia Tech

Professor

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computer science systems engineering parallel computing machine learning electrical engineering computer engineering gpu computing bioinformatics scientific computing performance evaluation distributed computing computer architecture high performance computing hardware acceleration heterogeneous computing parallel processing energy efficiency genomics distributed systems cluster computing information technology performance characterization energy management parallel programming wireless communications field programmable gate array mobile computing accelerator technology distributed processing dynamic right-sizing biomedical imaging advanced computing power electronics engineering optimization accelerator physics sequence alignment computed tomography graphics processors high performance computer architecture many-core architectures computational genomics massively-parallel computing scheduling (computing) power management performance portability map-reduce data-intensive computing processor architectures protein sequence search cancer imaging genome biology thermal engineering software analysis power-aware computing workload characterization dynamic programming sequence analysis gpu architecture program optimization grid computing runtime systems concurrent systems congestion control ad-hoc grid cuda-to-opencl translator amd gpus simulation study scalable deep learning multicore architectures multi-scale approximation grid performance gpu kernels scientific applications task-parallel workloads opencl dwarfs multi-dimensional characterization hardware virtualization design automation system software next generation computing

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Looking Back to Look Forward: 15 Years of the Green500. Computer (2025)

Vignesh AdhinarayananWu-chun Feng

computer sciencehigh performance computer architecturegreen communicationstechnologyscientific computingcomputing educationcomputer designgreen networkinggreen ictcomputer engineeringmobile computingcomputer architectureinformation technologygreen engineering

BLP: Block-Level Pipelining for Gpus. (2024)

Wu-chun FengXuewen CuiThomas ScoglandBronis de Supinski

computer scienceblock-level pipeliningmachine learning

EXAFEL: Extreme-Scale Real-Time Data Processing for X-Ray Free Electron Laser Science. Frontiers in High Performance Computing (2024)

Johannes P. BlaschkeRobert BolotovskyAaron S. BrewsterJeffrey DonatelliAntoine DuJardinWu-chun FengVidya GanapatiWilko KroegerDerek MendezPeter McCorquodaleSeema MirchandaneyChristopher P. O'GradyDaniel W. PaleyAmedeo PerazzoFrederic P. PoitevinBilly K. PoonVinay B. RamakrishnaiahNicholas K. SauterNiteya ShahElliott SlaughterChristine SweeneyDaniel TchońMonarin UervirojnangkoornFelix WittwerMichael E. WallChun Hong YoonIris D. Young

x-ray free-electron laserhigh performance computingscientific computingfree electron lasersdata science

G2A2: Graph Generator With Attributes and Anomalies. (2024)

Saikat DeySonal JhaWu-chun Feng

graph generatorgraph theorydata sciencemachine learning

Impact of Loss Function on the Performance of Covid-19 Ct Image Denoising. IEEE Transactions on Radiation and Plasma Medical Sciences (2024)

Ayush ChaturvediRitvik PrabhuMukund YadavWu-chun FengGuohua Cao

medical imagingcomputed tomographyimage denoisingradiologyloss functioncovid-19radiationbiomedical imaging

Optimizing and Scaling the 3D Reconstruction of Single-Particle Imaging. 2022 IEEE International Parallel and Distributed Processing Symposium (IPDPS) (2024)

Niteya ShahChristine SweeneyVinay RamakrishnaiahJeffrey DonatelliWu-Chun Feng

computer sciencedistributed processingadvanced imagingimage reconstructionmedical imagingscientific computingcomputational imaging3d imagingparallel computingdigital image processingparallel processingsingle-particle imagingimage analysisbiomedical imaging

Re-Visiting the Third Pillar of Science for Synergistic (Bio)Computing. 2022 IEEE International Parallel and Distributed Processing Symposium Workshops (IPDPSW) (2024)

Wu Feng

computer sciencecomputational biologydistributed processingscientific computingdistributed computingparallel computingparallel processingdistributed data processingbiomedical computing

SAMBAS: Sam Pling- Ba Sed S Tochastic Block Partitioning. IEEE transactions on network science and engineering (2024)

Frank WanyeVitaliy GleyzerEdward KaoWu-chun Feng

computer sciencesystems engineeringnetwork sciencenetwork segmentationnetwork analysisstatistics

Scalable Computation Offloading for Industrial Iots via Distributed Deep Reinforcement Learning. (2024)

Bin DaiYuan QiuWeikun Feng

artificial intelligencecomputer sciencedeep learninginternet of thingsindustrial iotindustrial iotsscalable computationscalable computingdeep reinforcement learningmachine learning

Welcome Message From the Ieee Cluster 2024 Program Chairs. (2024)

Yutong LuWuchun FengMohamed Wahib

program chairscommunication

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Wu-chun Feng

Professor

Virginia Tech

Affiliations

College of Engineering

Biomedical Engineering and Mechanics

Computer Science

Wu-chun Feng is currently serving as a Biomedical Engineering And Mechanics Professor at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Wu-chun Feng

Virginia Tech

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Looking Back to Look Forward: 15 Years of the Green500. Computer (2025)

Vignesh AdhinarayananWu-chun Feng

BLP: Block-Level Pipelining for Gpus. (2024)

Wu-chun FengXuewen CuiThomas ScoglandBronis de Supinski

computer scienceblock-level pipeliningmachine learning

EXAFEL: Extreme-Scale Real-Time Data Processing for X-Ray Free Electron Laser Science. Frontiers in High Performance Computing (2024)

x-ray free-electron laserhigh performance computingscientific computingfree electron lasersdata science

G2A2: Graph Generator With Attributes and Anomalies. (2024)

Saikat DeySonal JhaWu-chun Feng

graph generatorgraph theorydata sciencemachine learning

Impact of Loss Function on the Performance of Covid-19 Ct Image Denoising. IEEE Transactions on Radiation and Plasma Medical Sciences (2024)

Ayush ChaturvediRitvik PrabhuMukund YadavWu-chun FengGuohua Cao

medical imagingcomputed tomographyimage denoisingradiologyloss functioncovid-19radiationbiomedical imaging

Optimizing and Scaling the 3D Reconstruction of Single-Particle Imaging. 2022 IEEE International Parallel and Distributed Processing Symposium (IPDPS) (2024)

Niteya ShahChristine SweeneyVinay RamakrishnaiahJeffrey DonatelliWu-Chun Feng

Re-Visiting the Third Pillar of Science for Synergistic (Bio)Computing. 2022 IEEE International Parallel and Distributed Processing Symposium Workshops (IPDPSW) (2024)

Wu Feng

computer sciencecomputational biologydistributed processingscientific computingdistributed computingparallel computingparallel processingdistributed data processingbiomedical computing

SAMBAS: Sam Pling- Ba Sed S Tochastic Block Partitioning. IEEE transactions on network science and engineering (2024)

Frank WanyeVitaliy GleyzerEdward KaoWu-chun Feng

computer sciencesystems engineeringnetwork sciencenetwork segmentationnetwork analysisstatistics

Scalable Computation Offloading for Industrial Iots via Distributed Deep Reinforcement Learning. (2024)

Bin DaiYuan QiuWeikun Feng

artificial intelligencecomputer sciencedeep learninginternet of thingsindustrial iotindustrial iotsscalable computationscalable computingdeep reinforcement learningmachine learning

Welcome Message From the Ieee Cluster 2024 Program Chairs. (2024)

Yutong LuWuchun FengMohamed Wahib

program chairscommunication

1
2
3
4
5
35
10 / page

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high performance computing

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