@PhDThesis{	  itlic:2002-004,
  author	= {Martin Nilsson},
  title		= {Iterative Solution of Maxwell's Equations in Frequency
		  Domain},
  school	= {Department of Information Technology, Uppsala University},
  department	= {Division of Scientific Computing},
  year		= {2002},
  number	= {2002-004},
  type		= {Licentiate thesis},
  month		= jun,
  abstract	= {We have developed an iterative solver for the Moment
		  Method. It computes a matrix vector product with the
		  multilevel Fast Multipole Method, which makes the method
		  scale with the number of unknowns. The iterative solver is
		  of Block Quasi-Minimum Residual type and can handle several
		  right hand sides at once. The linear system is
		  preconditioned with a Sparse Approximate Inverse, which is
		  modified to handle dense matrices. The solver is
		  parallelized on shared memory machines using OpenMP.
		  
		  To verify the method some tests are conducted on varying
		  geometries. We use simple geometries to show that the
		  method works. We show that the method scales on several
		  processors of a shared memory machine. To prove that the
		  method works for real life problems, we do some tests on
		  large scale aircrafts. The largest test is a one million
		  unknown simulation on a full scale model of a fighter
		  aircraft. }
}