University of Bonn Computer Vision / Arch We / Zhenjue temple / General pipeline / The pipeline SIFT-APERO-MICMAC / temple of Karnak / MATIS laboratory / /
IndustryTerm
internet access / free and open source software / photogrammetric bundle adjustment software / quality open source software / classical algorithm / space resection algorithm / metrological applications / made software / orientation using algorithm / orientation software / open-source several photogrammetric software / photogrammetric tools / possible solutions / photogrammetric software / usable tools / software editors / open-source software / energy function / external solution / approximate minimum degree algorithm / free software initiatives / Web-service / charge software / open source solution / software kernel / computer software / dynamic community using sophisticated optimisation tools / interactive software / light tool / Internet Photo Collections / software solution / 3D process software / operational solutions / web services / /
Organization
MIT / Analysis and Machine Intelligence / UAV mission / Institut Géographique National / /
Person
Steven M. Seitz / Richard Szeliski / Wolfgang Förstner / Michel de Cuxa / Noah Snavely / /
Position
General / archaeologist / photogrammetrist / specialized scheduler / /
Product
Dante / Pozzovegiani / Sift / Nikon D300 Digital Camera / /
ProgrammingLanguage
XML / C++ / /
PublishedMedium
Lecture Notes in Computer Science / /
SportsEvent
EPL / /
Technology
XML / Remote Sensing / GPS / approximate minimum degree algorithm / digital camera / Machine Vision / space resection algorithm / orientation using algorithm / /
APERO, AN OPEN SOURCE BUNDLE ADJUSMENT SOFTWARE FOR AUTOMATIC CALIBRATION AND ORIENTATION OF SET OF IMAGES. M. Pierrot Deseilligny a, b, I. Clery a a Institut Géographique National, Direction technique, laboratoire Mat