IPAC'10 - List of Authors (Fischer, P.F.)

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Fischer, P.F.

Paper	Title	Page
TUPEC061	Scalable High-order Algorithms for Wakefield Simulations	1865
	M. Min, P.F. Fischer ANL, Argonne
	NekCEM is a high-performance parallel code for simulating wakefields based on high-order discretizations,. We will present performance of NekCEM code at large count of processors. A newly developed communication kernel for NekCEM enables simulations on 10K-100K processors. We will demonstrate scalablity analysis for P>10K, depending on the number of grid points per processor for wakepotential simulations with a 9-cell TESLA cavity. Spectral element discontinuous Galerkin (SEDG) simulations with a moving window, Proc. PAC09 ** SEDG simulations for bunched beam in accelerating structures, Proc. PAC07

Paper

Title

Page

TUPEC061

Scalable High-order Algorithms for Wakefield Simulations

1865

M. Min, P.F. Fischer
ANL, Argonne

NekCEM is a high-performance parallel code for simulating wakefields based on high-order discretizations*,**. We will present performance of NekCEM code at large count of processors. A newly developed communication kernel for NekCEM enables simulations on 10K-100K processors. We will demonstrate scalablity analysis for P>10K, depending on the number of grid points per processor for wakepotential simulations with a 9-cell TESLA cavity.

* Spectral element discontinuous Galerkin (SEDG) simulations with a moving window, Proc. PAC09
** SEDG simulations for bunched beam in accelerating structures, Proc. PAC07