Rotating Line Cameras: Epipolar Geometry And Spatial Sampling
F. Huang, S. Wei, and R. Klette. Institue for Mathematics and its Applications, University of Minnesota, (2006)
Abstract
Rotating line cameras project 3D scenes on a cylindric sur-
face, where one or multiple rotating sensor lines allow to compose panoramic
images line by line. An important special case of such a camera is defined
by two lines with symmetric viewing angles with respect to the cylinder’s
surface normal. The report analyzes epipolar geometry for the general
case of such rotating line cameras, and discusses spatial distributions of
(potential) 3D samples for the special symmetric camera architecture.
%0 Report
%1 klette2006
%A Huang, Fay
%A Wei, Shou Kang
%A Klette, Reinhard
%D 2006
%K camera geometry image imaging panorama photography sampling sensor
%T Rotating Line Cameras: Epipolar Geometry And Spatial Sampling
%U http://www.ima.umn.edu/preprints/mar2006/2105.pdf
%X Rotating line cameras project 3D scenes on a cylindric sur-
face, where one or multiple rotating sensor lines allow to compose panoramic
images line by line. An important special case of such a camera is defined
by two lines with symmetric viewing angles with respect to the cylinder’s
surface normal. The report analyzes epipolar geometry for the general
case of such rotating line cameras, and discusses spatial distributions of
(potential) 3D samples for the special symmetric camera architecture.
@techreport{klette2006,
abstract = { Rotating line cameras project 3D scenes on a cylindric sur-
face, where one or multiple rotating sensor lines allow to compose panoramic
images line by line. An important special case of such a camera is defined
by two lines with symmetric viewing angles with respect to the cylinder’s
surface normal. The report analyzes epipolar geometry for the general
case of such rotating line cameras, and discusses spatial distributions of
(potential) 3D samples for the special symmetric camera architecture.},
added-at = {2007-07-29T18:54:55.000+0200},
author = {Huang, Fay and Wei, Shou Kang and Klette, Reinhard},
biburl = {https://www.bibsonomy.org/bibtex/237dd26bd10f930857cd7721344a6ef14/timo},
institution = {Institue for Mathematics and its Applications, University of Minnesota},
interhash = {a3e99558ba0808d56bd298f124ecde78},
intrahash = {37dd26bd10f930857cd7721344a6ef14},
keywords = {camera geometry image imaging panorama photography sampling sensor},
timestamp = {2007-07-29T18:54:55.000+0200},
title = {Rotating Line Cameras: Epipolar Geometry And Spatial Sampling},
url = {http://www.ima.umn.edu/preprints/mar2006/2105.pdf},
year = 2006
}