RADAU5: Difference between revisions
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{{solvers}}{{experimental}}{{stub}} | {{solvers}}{{experimental}}{{stub}} | ||
This is the RADAU5 solver, by Ernst Hairer, also referenced in the book by Ascher & Petzold. | This is ASCEND wrapper for the '''RADAU5''' solver, by Ernst Hairer, also referenced in the book by Ascher & Petzold, and with [http://www.unige.ch/~hairer/software.html source code available here]. From Hairer's webpage, RADAU5 implements "implicit Runge-Kutta method of order 5 (Radau IIA) for problems of the form <math>\mathrm{M} \mathbf{y^{'}} = \mathbf{f} \left(\mathbf{x},\mathbf{y} \right)</math> with possibly singular matrix <math>\mathrm{M}</math>; with dense output (collocation solution)." | ||
[[Shrikanth Ranganadham]] is working on integrating RADAU5 into ASCEND as part of his current Masters project. | [[Shrikanth Ranganadham]] is working on integrating RADAU5 into ASCEND as part of his current Masters project. | ||
Revision as of 08:59, 26 May 2011
| NLA |
|---|
| QRSlv |
| CMSlv |
| IPSlv |
| NLP |
| CONOPT |
| IPOPT |
| TRON |
| MINOS |
| Opt |
| NGSlv |
| DAE/ODE |
| IDA |
| LSODE |
| DOPRI5 |
| RADAU5 |
| LA |
| Linsolqr |
| Linsol |
| LP |
| MakeMPS |
| Logic |
| LRSlv |
This page documents an experimental feature. Please tell us if you experience any problems.
This is ASCEND wrapper for the RADAU5 solver, by Ernst Hairer, also referenced in the book by Ascher & Petzold, and with source code available here. From Hairer's webpage, RADAU5 implements "implicit Runge-Kutta method of order 5 (Radau IIA) for problems of the form <math>\mathrm{M} \mathbf{y^{'}} = \mathbf{f} \left(\mathbf{x},\mathbf{y} \right)</math> with possibly singular matrix <math>\mathrm{M}</math>; with dense output (collocation solution)."
Shrikanth Ranganadham is working on integrating RADAU5 into ASCEND as part of his current Masters project.