function contents
% (c) Jan Modersitzki 2009/03/24 see FAIR.2 and FAIRcopyright.m.
%
% FAIR data, contents.m: this file
%
% a small collection of easy to use data for FAIR
%
% hands-?.jpg     2D, hands [1]                      see also setupHandData.m
% HNSP-?.jpg      2D, serial sectioning [2]          see also setupHNSPData.m
% MRIhead-?.jpg   2D, MR slices from human brain [3] see also setupMRIData.m
% PET-CT-*.jpg    2D, PET-CT study [4]               see also setupPETCTdata.m
% US.jpg          2D, Ultrasound image [5]           see also setupUSData.m
% USfair.jpg      2D, copy of US.jpg in xy rather then ij coordinates
% brain3D.mat     3D, human brain [6]
% brain3DML.mat   3D, human brain with multi-level representation [6]
%
% data sources:
% [1]
%  @article{Amit1994,
%    author = {Yali Amit},
%     title = {A nonlinear variational problem for image matching},
%      year = {1994},
%   journal = {SIAM J. Sci. Comput.},
%    volume = {15},
%    number = {1},
%     pages = {207--224},
%  }
% [2] Oliver Schmitt, Institute of Anatomy, University of Rostock, Germany
% [3] http://www.bic.mni.mcgill.ca/brainweb/
% [4]
%  @article{ShekharEtAl2005,
%   author = {Raj Shekhar and Vivek Walimbe and Shanker Raja and Vladimir Zagrodsky
%             and Mangesh Kanvinde and Guiyun Wu and Bohdan Bybel},
%    title = {Automated 3-Dimensional Elastic Registration of Whole-Body {PET}
%             and {CT} from Separate or Combined Scanners},
%  journal = {J. of Nuclear Medicine},
%   volume = {46},
%   number = {9},
%     year = {2005},
%    pages = {1488--1496},
%   }
% [5] http://www.mothercareultrasound.com/2d_ultrasound.jpg
% [6] Ron Kinkinis, Surgical Planning Laboratory, Boston, USA
