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3D computer graphics / Radiometry / Shading / Fourier analysis / Joseph Fourier / Bidirectional reflectance distribution function / Spherical harmonic lighting / Phong reflection model / Spherical harmonics / Mathematical analysis / Physics / Computer graphics


A Signal-Processing Framework for Inverse Rendering Ravi Ramamoorthi Pat Hanrahan Stanford University ∗
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Document Date: 2008-09-08 14:45:44

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Company

Toshiba / Dana / /

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Event

FDA Phase / /

Facility

Inverse Rendering Ravi Ramamoorthi Pat Hanrahan Stanford University / /

IndustryTerm

signal processing terms / physically-based rendering algorithm / estimation algorithms / simplex algorithm / image-based rendering algorithms / residual energy / volumetric merging algorithm / unit energy / signal processing terminology / lowfrequency energy / nal processing approach / coordinate systems / signal-processing framework / dual angular and frequency-space algorithm / inverse-rendering algorithms / improved inverse rendering algorithms / reference solution / nonlinear simplex algorithm / similar product / energy / /

Organization

Stanford University / /

Person

Reflected Light Field / /

Position

microfacet BRDF model for each surface location / artist / general / unknown lighting conditions / simple parametric model for skylight / model for skylight and sunlight / Model for Reflected Light Field / General / model / /

Product

L2lm / L1lm / /

PublishedMedium

Computer Graphics / /

SportsLeague

Stanford University / /

Technology

physically-based rendering algorithm / laser / BRDF estimation algorithms / dual algorithm / simplex algorithm / inverse-rendering algorithms / second algorithm / dual angular and frequency-space algorithm / improved inverse rendering algorithms / volumetric merging algorithm / image-based rendering algorithms / 20 Algorithm / nonlinear simplex algorithm / /

URL

http /

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