@Bibtex-file{Graphics/multi.bib,
  title =        "Bibliography on Multiresolution Modeling and Surface
                 Simplification",
  author-1 =     "Paul S. Heckbert",
  email-1 =      "ph+@cs.cmu.edu",
  author-2 =     "Michael Garland",
  email-2 =      "garland+@cs.cmu.edu",
  address =      "Computer Science Dept.\\ Carnegie Mellon University\\
                 Pittsburgh, Pennsylvania\\ USA",
  supported =    "yes",
  abstract =     "This is a bibliography of multiresolution modeling
                 (a.k.a. level of detail modeling), curve and surface
                 simplification, and related ideas, including:
                 \begin{itemize} \item applied mathematics
                 (approximation theory) \item computational geometry
                 (triangulation, data structures) \item computer aided
                 design (surface modeling), \item computer vision (shape
                 acquisition, surface model fitting) \item computer
                 graphics (rendering complex scenes, visualization, real
                 time, interactive display), \item simulators
                 (flight/driving, virtual reality), \item cartography
                 (geographic information systems, terrain models)
                 \end{itemize} The types of surfaces dealt with include
                 height fields (e.g. terrains), parametric surfaces,
                 manifolds, manifolds with boundary, and non-manifolds
                 (e.g. arbitrary set of possibly intersecting polygons).
                 The most common surface simplification methods work
                 with piecewise planar triangular meshes, but some
                 methods employ curved parametric surfaces.",
  readme =       "We have included URL's to papers or software, where
                 known. Please send corrections to ph+@cs.cmu.edu. There
                 is more \htmladdnormallink{web info on multiresolution
                 modeling}
                 {http://www.cs.cmu.edu/\%7egarland/multires.html}. We
                 thank Joseph Mitchell and Randolph Franklin for
                 providing many references.",
  keywords =     "multiresolution modeling, surface simplification,
                 surface approximation, surface fitting, curve
                 simplification, line generalization, terrain modeling,
                 level of detail modeling, triangulation, virtual
                 reality, simulators, cartography",
}

.