TY  - RPRT
A1  - Wetzstein, Gordon
A1  - Bimber, Oliver
T1  - Radiometric Compensation through Inverse Light Transport
N2  - Radiometric compensation techniques allow seamless projections onto complex everyday surfaces. Implemented with projector-camera systems they support the presentation of visual content in situations where projection-optimized screens are not available or not desired - as in museums, historic sites, air-plane cabins, or stage performances. We propose a novel approach that employs the full light transport between a projector and a camera to account for many illumination aspects, such as interreflections, refractions and defocus. Precomputing the inverse light transport in combination with an efficient implementation on the GPU makes the real-time compensation of captured local and global light modulations possible.
KW  - Association for Computing Machinery / Special Interest Group on Graphics
KW  - CGI <Computergraphik>
KW  - Maschinelles Sehen
KW  - Projektionssystem
KW  - radiometrische Kompensation
KW  - Licht Transport
KW  - Projector-Camera Systems
KW  - Radiometric Compensation
KW  - Inverse Light Transport
Y1  - 2007
U6  - http://nbn-resolving.de/urn/resolver.pl?urn:nbn:de:gbv:wim2-20111215-8126
ER  -