Faculty

Institution

Unit

Venue

Henrik W. Jensen

Professor Emeritus Computer Science & Engineering

University of California, San Diego

Affiliations

Jacobs School of Engineering

Computer Science & Engineering

Henrik W. Jensen is currently serving as a Computer Science & Engineering Professor Emeritus Computer Science & Engineering at University of California, San Diego.

Honors

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Experiences

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Education

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Henrik W. Jensen

University of California, San Diego

Professor Emeritus Computer Science & Engineering

You can click a keyword to filter the displayed items

computer science computer vision computer graphics photonics visualization graphics geometric modeling machine learning photon mapping illumination modeling applied mathematics reflectance modeling dermatology art biometrics computational imaging realistic rendering computer graphic technique optical metrology human skin informatics visual science machine vision light scattering spectroscopy light scattering expressive rendering visual computing generative art cutaneous biology texture analysis optical engineering computer-generated imagery surface modeling shape modeling geometric learning path planning noise reduction gpu computing density estimation interactive learning motion capture hair fiber human hair fibers circular cylinder photon maps complex objects reflectance acquisition spectral bssrdf programmable graphics hardware photon path visibility cloth rendering physically-accurate fur reflectance spectral shading model ray tracing global illumination computer-aided design lighting design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hierarchical Neural Reconstruction for Path Guiding Using Hybrid Path and Photon Samples. ACM Transactions on Graphics (2021)

Shilin ZhuZexiang XuTiancheng SunAlexandr KuznetsovMark MeyerHenrik Wann JensenHao SuRavi Ramamoorthi

computer sciencehierarchical neural reconstructionhybrid pathmachine learningneuroimagingneurosciencephoton samplescomputational neuroscience

Photon-Driven Neural Reconstruction for Path Guiding. ACM Transactions on Graphics (2021)

Shilin ZhuZexiang XuTiancheng SunAlexandr KuznetsovMark MeyerHenrik Wann JensenHao SuRavi Ramamoorthi

neural engineeringcomputer graphicsphoton-driven neural reconstructionpath planningmachine learningneurosciencecomputer visionneural computationphotonicspath guiding

Deep Kernel Density Estimation for Photon Mapping. Computer Graphics Forum (2020)

Shilin ZhuZexiang XuHenrik Wann JensenHao SuRavi Ramamoorthi

deep learningcomputer sciencecomputer graphicsphoton mappingcomputer visiongeometric learningvisualization

On Optimal, Minimal Brdf Sampling for Reflectance Acquisition. ACM Transactions on Graphics (2015)

Jannik Boll NielsenHenrik Wann JensenRavi Ramamoorthi

reflectance acquisitioncomputer sciencesampling

Physically-Accurate Fur Reflectance. ACM Transactions on Graphics (2015)

Ling-Qi YanChi-Wei TsengHenrik Wann JensenRavi Ramamoorthi

materials sciencegraphicscomputer graphicscomputational imagingcomputer graphic techniquebiophysicsmechanical engineeringvisual sciencecomputer visiongeometric modelingphotonicsmachine visionillumination modelingphysically-accurate fur reflectancereflectance modelingoptical metrologyvisualization

A Physically‐Based Bsdf for Modeling the Appearance of Paper. Computer Graphics Forum (2014)

Marios PapasKrystle de MesaHenrik Wann Jensen

computer graphicsshape modelingphysically-based bsdfapplied mathematicsgeometric modelingsurface modeling

A Practical Microcylinder Appearance Model for Cloth Rendering. ACM Transactions on Graphics (2013)

Iman SadeghiOleg BiskerJoachim De DekenHenrik Wann Jensen

cloth renderingdesignillumination modelingcomputer visiongeometric modeling

Interactive Motion Planning With Motion Capture Data. (2012)

Matthias ZwickerHenrik Wann JensenWan-Yen Lo

motion capture dataengineeringroboticsinteractive motion planninginteractive learningmotion capture

Noise Reduction for Progressive Photon Mapping. (2012)

Zhe FuHenrik Wann Jensen

noise reductionphotonicsprogressive photon mappingelectrical engineering

Robust Adaptive Photon Tracing Using Photon Path Visibility. ACM Transactions on Graphics (2011)

Toshiya HachisukaHenrik Wann Jensen

computer graphicscomputer sciencegraphicscomputer graphic techniquephoton path visibilitycomputer visionphotonicsvisualization

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Henrik W. Jensen

Professor Emeritus Computer Science & Engineering

University of California, San Diego

Affiliations

Jacobs School of Engineering

Computer Science & Engineering

Henrik W. Jensen is currently serving as a Computer Science & Engineering Professor Emeritus Computer Science & Engineering at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Henrik W. Jensen

University of California, San Diego

Professor Emeritus Computer Science & Engineering

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hierarchical Neural Reconstruction for Path Guiding Using Hybrid Path and Photon Samples. ACM Transactions on Graphics (2021)

Shilin ZhuZexiang XuTiancheng SunAlexandr KuznetsovMark MeyerHenrik Wann JensenHao SuRavi Ramamoorthi

computer sciencehierarchical neural reconstructionhybrid pathmachine learningneuroimagingneurosciencephoton samplescomputational neuroscience

Photon-Driven Neural Reconstruction for Path Guiding. ACM Transactions on Graphics (2021)

Shilin ZhuZexiang XuTiancheng SunAlexandr KuznetsovMark MeyerHenrik Wann JensenHao SuRavi Ramamoorthi

neural engineeringcomputer graphicsphoton-driven neural reconstructionpath planningmachine learningneurosciencecomputer visionneural computationphotonicspath guiding

Deep Kernel Density Estimation for Photon Mapping. Computer Graphics Forum (2020)

Shilin ZhuZexiang XuHenrik Wann JensenHao SuRavi Ramamoorthi

deep learningcomputer sciencecomputer graphicsphoton mappingcomputer visiongeometric learningvisualization

On Optimal, Minimal Brdf Sampling for Reflectance Acquisition. ACM Transactions on Graphics (2015)

Jannik Boll NielsenHenrik Wann JensenRavi Ramamoorthi

reflectance acquisitioncomputer sciencesampling

Physically-Accurate Fur Reflectance. ACM Transactions on Graphics (2015)

Ling-Qi YanChi-Wei TsengHenrik Wann JensenRavi Ramamoorthi

A Physically‐Based Bsdf for Modeling the Appearance of Paper. Computer Graphics Forum (2014)

Marios PapasKrystle de MesaHenrik Wann Jensen

computer graphicsshape modelingphysically-based bsdfapplied mathematicsgeometric modelingsurface modeling

A Practical Microcylinder Appearance Model for Cloth Rendering. ACM Transactions on Graphics (2013)

Iman SadeghiOleg BiskerJoachim De DekenHenrik Wann Jensen

cloth renderingdesignillumination modelingcomputer visiongeometric modeling

Interactive Motion Planning With Motion Capture Data. (2012)

Matthias ZwickerHenrik Wann JensenWan-Yen Lo

motion capture dataengineeringroboticsinteractive motion planninginteractive learningmotion capture

Noise Reduction for Progressive Photon Mapping. (2012)

Zhe FuHenrik Wann Jensen

noise reductionphotonicsprogressive photon mappingelectrical engineering

Robust Adaptive Photon Tracing Using Photon Path Visibility. ACM Transactions on Graphics (2011)

Toshiya HachisukaHenrik Wann Jensen

computer graphicscomputer sciencegraphicscomputer graphic techniquephoton path visibilitycomputer visionphotonicsvisualization

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Stanford University

intelligent virtual environment

virtual reality

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Institution

University of California, Santa Cruz

design

real-time computer graphic

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computer science

applied mathematics

Sumanta Pattanaik

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biomedical imaging

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