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User interface techniques / Rendering / Radiosity / Autodesk 3ds Max / Virtual reality / Global illumination / Projection augmented model / 3D computer graphics / Computer graphics / Heat transfer


- The Digital Cathedral of Siena Innovative Concepts for Interactive and lmmersive Presentation of Cultural Heritage Sites
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Document Date: 2011-09-09 18:19:37


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File Size: 627,82 KB

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City

Hannover / Darmstadt / /

Company

MODELLING Data / /

Continent

Europe / /

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Facility

Gothic cathedral / Digital Cathedral of Siena Innovative Concepts / Studio Max / Fraunhofer Institute / Tomb Raider / cathedral of Siena / cathedral All / Siena Cathedral / /

IndustryTerm

input device / final radiosity solution / technology-based information systems / hardware lighting algorithms / polygon reduction algorithms / siinulation algorithms / audio server / graphics hardware / light energy / non-interactive media / cultural heritage site / computer graphics technologies / realistic and real-time rendering / real-time animation systems / radiosity algorithm / input devices / energy distribution / /

Organization

Institute for Computer Graphics / Center for Computer Graphics / /

Person

Giovanni Pisano / Christian Kniipfle Wolfram / /

/

Position

Sienese sculptor and architect / actor / chair / using Macromedia director / /

Product

Hannover / Avatar / /

ProgrammingLanguage

L / R / C / /

ProvinceOrState

Manitoba / /

PublishedMedium

Computer Graphics / /

Technology

polygon reduction algorithms / virtual reality system / radiosity algorithm / devised algorithm / lighting siinulation algorithms / Virtual Reality / animation system / paging / computer graphics technologies / hardware lighting algorithms / simulation / Animation / flash / /

SocialTag