Software
ROWMAP
A ROW-code of order 4 with Krylov techniques for stiff ODEs written by St. Beck, H. Podhaisky, B. A. Schmitt and R. Weiner.
MATLAB-code in version of May 25, 2009:
FORTRAN-code and driver in version of January 10, 1997:
FORTRAN-code with left preconditioning and driver in version of August 25, 1997:
EPTRK
Explicit pseudo two-step RK methods of order 5 and 8 for parallel computers with memory. Written by N.H. Cong, H. Podhaisky. and R. Weiner
Fortran code with a driver for example diffu2 with solution diffu_solution in version of August 25, 1997:
NYRA
A Runge-Kutta-Nystroem-type block predictor- corrector method for parallel computers with shared memory
Written by N.H. Cong, H. Podhaisky and R. Weiner.
EPPEER
Peer methods are multi-stage two-step methods for the solution of ordinary initial value problems where each stage posseses essentially the same accuracy and stability properties. The class has been introduced by B.A. Schmitt and R. Weiner in SINUM 42 (2004). In the literature parallel and non-parallel versions for stiff and non-stiff problems have been discussed.
Explicit Parallel PEER methods allow easy parallelization with OpenMP on current multicore PCs without parallelization of the right-hand side of the ODE.
A Fortran95/OpenMP implementation is available in the package EPPEER here.
For further information, see http://www.mathematik.uni-marburg.de/~schmitt/peer/ .
SCPEER
Superconvergent explicit Peer methods written by R. Weiner