For a fast simulation of interconnect structures we consider preconditioned iterative solution methods for large complex valued linear systems. In many applications the discretized equations result in ill-conditioned matrices, and efficient preconditioners are indispensable to solve the linear systems accurately. We apply the dual threshold incomplete LU (ILUT) factorization as preconditioners for the BICGSTAB iterative solver. On complicated problems with a different range of frequencies we show that the BICGSTAB method with the ILUT preconditioner provides a very accurate solution of the linear systems
Abstract. Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust ...
We propose novel parallel preconditioning schemes for the iterative solution of integral equation me...
Although some preconditioners are available for solving dense linear systems, there are still many m...
For a fast simulation of interconnect structures we consider preconditioned iterative solution metho...
Recently, substantial progress has been made in the development of multilevel ILU-factorizations. Th...
[EN] Computational electromagnetics based on the solution of the integral form of Maxwell s equatio...
Large electromagnetic scattering and radiation problems are tackled by iterative solvers, which req...
Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust general-pu...
. We introduce block versions of the multi-elimination incomplete LU (ILUM) factorization preconditi...
Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust general-pu...
AbstractThis paper introduces several strategies to deal with pivot blocks in multi-level block inco...
University of Minnesota Ph.D. dissertation. December 2011. Major: Scientific Computation. Advisor: ...
This paper describes a domain-based multi-level block ILU preconditioner (BILUTM) for solving genera...
Incomplete LU (ILU) preconditioning is typically used when an iterative solver is applied on an asym...
A multi-level preconditioned iterative method based on a multi-level block ILU factorization precond...
Abstract. Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust ...
We propose novel parallel preconditioning schemes for the iterative solution of integral equation me...
Although some preconditioners are available for solving dense linear systems, there are still many m...
For a fast simulation of interconnect structures we consider preconditioned iterative solution metho...
Recently, substantial progress has been made in the development of multilevel ILU-factorizations. Th...
[EN] Computational electromagnetics based on the solution of the integral form of Maxwell s equatio...
Large electromagnetic scattering and radiation problems are tackled by iterative solvers, which req...
Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust general-pu...
. We introduce block versions of the multi-elimination incomplete LU (ILUM) factorization preconditi...
Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust general-pu...
AbstractThis paper introduces several strategies to deal with pivot blocks in multi-level block inco...
University of Minnesota Ph.D. dissertation. December 2011. Major: Scientific Computation. Advisor: ...
This paper describes a domain-based multi-level block ILU preconditioner (BILUTM) for solving genera...
Incomplete LU (ILU) preconditioning is typically used when an iterative solver is applied on an asym...
A multi-level preconditioned iterative method based on a multi-level block ILU factorization precond...
Abstract. Incomplete factorization preconditioners such as ILU, ILUT and MILU are well-known robust ...
We propose novel parallel preconditioning schemes for the iterative solution of integral equation me...
Although some preconditioners are available for solving dense linear systems, there are still many m...