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@COMMENT written by Patrick Riley <http://sourceforge.net/users/patstg/>
@InProceedings{IEEEVIS97-aas, 
  author =      {J. Edward {Swan~II} and Klaus Mueller and Torsten M\"{o}ller and Naeem Shareef 
                 and Roger Crawfis and Roni Yagel}, 
  title =       {An Anti-Aliasing Technique for Splatting}, 
  booktitle =   {Proceedings of IEEE Visualization '97}, 
  location =    {Phoenix, Arizona, USA}, 
  date =        {October 19--24}, 
  month =       {October}, 
  year =        1997, 
  publisher =   {IEEE Computer Society Press}, 
  pages =       {197--204}, 
  wwwnote =     {<b>Winner of the "Best Paper" award at IEEE Visualization '97</b>.}, 
  abstract =    { 
Splatting is a popular direct volume rendering algorithm. However, the algorithm 
does not correctly render cases where the volume sampling rate is higher than 
the image sampling rate (e.g.  more than one voxel maps into a pixel). This 
situation arises with orthographic projections of high-resolution volumes, as 
well as with perspective projections of volumes of any resolution. The result is 
potentially severe spatial and temporal aliasing artifacts.  Some volume 
ray-casting algorithms avoid these artifacts by employing reconstruction kernels 
which vary in width as the rays diverge. Unlike ray-casting algorithms, existing 
splatting algorithms do not have an equivalent mechanism for avoiding these 
artifacts. In this paper we propose such a mechanism, which delivers 
high-quality splatted images and has the potential for a very efficient hardware 
implementation. 
}, 
}