@article{Magnor:2003:MVC,
                  author = {M.~Magnor and P.~Ramanathan and B.~Girod},
                  title = {Multi-View Coding for Image-based Rendering 
		  using {3-D} Scene Geometry},
                  journal = {IEEE Trans. Circuits and Systems for
                  Video Technology},
		volume = 13,
		number = 11,
		pages = {1092--1106},
		month = nov,
		year = 2003,
		  url="http://www.mpii.de/~magnor/Publications.html",
		  annote=" To store and transmit the large amount of
		  image data necessary for Image-based Rendering
		  (IBR), efficient coding schemes are required.  This
		  paper presents two different approaches which
		  exploit \mbox{3-D} scene geometry for multi-view
		  compression.  In texture-based coding, images are
		  converted to view-dependent texture maps for
		  compression.  In model-aided predictive coding,
		  scene geometry is used for disparity compensation
		  and occlusion detection between images.  While both
		  coding strategies are able to attain compression
		  ratios exceeding \mbox{2000:1}, individual coding
		  performance is found to depend on the accuracy of
		  the available geometry model.  Experiments with
		  real-world as well as synthetic image sets show that
		  texture-based coding is more sensitive to geometry
		  inaccuracies than predictive coding.  A
		  rate-distortion theoretical analysis of both schemes
		  supports these findings.  For reconstructed
		  approximate geometry models, model-aided predictive
		  coding performs best, while texture-based coding
		  yields superior coding results if scene geometry is
		  exactly known."
}