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IMAGE-BASED RENDERING AND GENERAL RELATIVITY Daniel Kobras† , Daniel Weiskopf‡ , and Hanns Ruder† † Theoretische Astrophysik
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Document Date: 2000-12-29 11:51:40

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File Size: 1,01 MB

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City

Tokyo / Stuttgart / New York / Freeman / /

Company

W. H. Press S. A. / Spacetime / MIT Press / C. Cambridge University Press / John Wiley & Sons / /

Country

Germany / Japan / /

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IndustryTerm

software system / Image-based algorithms / arbitrary systems / hyper-fast travel / ray tracing applications / sound solution / Negative energy / pre-computing step / conventional image-based rendering algorithms / visualization tool / batch-job oriented software renderer / energy / appropriate tool / /

Organization

Cambridge University / MIT / /

Person

Daniel Weiskopf / Daniel Kobras / R. van Liere / Computational Models / /

Position

outside observer / General / /

ProgrammingLanguage

T / /

ProvinceOrState

New York / /

PublishedMedium

Scientific American / American Journal of Physics / Astronomy and Astrophysics / Computer Graphics / Classical and Quantum Gravity / /

Technology

Image-based algorithms / Information Technology / animation / how conventional image-based rendering algorithms / /

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