SAIC / Bayer / Cambridge University Press / MIT Press / GPU / Intel / /
Country
Sweden / /
Facility
Royal Institute of Technology KTH / Chapel Hill University of Kentucky / Virtual Environments University of North Carolina / University of North Carolina / Chapel Hill / OpenCV library / /
IndustryTerm
stereo processing / commodity graphics hardware / plane-sweep algorithm / stereo algorithm / plane-sweep stereo algorithm / 3D processing pipeline / space sweep algorithm / coordinate systems / camera tracking algorithm / main sub-systems / ground vehicle applications / post-processing / ground-based imaging / median fusion algorithm / aerial imaging / dual-processor / real-time stereo / /
NaturalFeature
Chapel Hill / DVR streams / /
OperatingSystem
Microsoft Windows / /
Organization
Cambridge University / Computer Science Center for Visualization / MIT / University of North Carolina / University of Kentucky / Department of Computer Science Department / Geo-Spatial Technologies Information Division of SAIC / Royal Institute of Technology KTH / Pattern Analysis and Machine Intelligence / /
Person
F. Verbiest / J. Tops / M. Frahm / K. Cornelis / Flea / M. Vergauwen / R. Yang / M. Pollefeys / N. Cornelis / R. Koch / POS LV / L. Van Gool / /
Position
model / /
ProvinceOrState
Kentucky / North Carolina / /
PublishedMedium
Computer Graphics / /
TVStation
Wand / /
Technology
GPS system / laser / Machine Vision / plane-sweep stereo algorithm / median fusion algorithm / plane-sweep algorithm / GPS / digital cameras / digital video / stereo algorithm / space sweep algorithm / digital camera / camera tracking algorithm / CAD / /
Towards Urban 3D Reconstruction From Video A. Akbarzadeh∗ , J.-M. Frahm+ , P. Mordohai+ , B. Clipp+ , C. Engels∗ , D. Gallup+ , P. Merrell+ , M. Phelps∗ , S. Sinha+ , B. Talton+ , L. Wang∗ , Q. Yang∗ , H. Stewe