@InProceedings{Robinson91,
  title =        "{A} simple parallel algebraic multigrid",
  author=        "Robinson,  Guy",
  editor=        "Edwards,  Janet",
  pages =        "62--75",
  booktitle=     "{P}roceedings of {W}o{TUG}-14: {O}ccam and the {T}ransputer-{C}urrent {D}evelopments",
  isbn=          "90 5199 063 4",
  year=          "1991",
  month=         "sep",
  abstract=      "This paper describes an \"algebraic
     multigrid\" scheme which can be applied to a wide
     range of matrix based problems. Multigrid schemed offer
     significant gains in both numerical performance and runtimes
     compared to conventional solvers. The equations for the
     hierachy of grids are generated solely from the equation for
     the fine mesh without generating the intermediate grids or
     relying on geometrical features of the fine mesh. The
     development of the code for distributed memory Multiple
     Instruction Multiple Data architectures is detailed. The
     numerical and run time performance is described for simple
     linear equation sets and as a linear solver for coupled
     equations as part a 3D computational fluid dynamics code."
}