Bernard Deconinck's Research

Software

8. Riemann Constant Vector. Maple software for the computation of the Riemann Constant Vector of a Riemann surface specified as a plane algebraic curve. Here are the relevant files (source, examples, instructions) for the code (with Matt Patterson).
7. SpectrUW2.0: freeware for the computation of spectra of linear operators. See SpectrUW's project page for more information (With Firat Kiyak and J. D. Carter).
6. Abelmap, etc. Maple software for the computation of the Abel map from a Riemann surface to its Jacobian. Here are the relevant files (source, examples, instructions) for the code (with Matt Patterson). Available in Maple 11, or later.
5. INT, SUM, etc. Maple software for the symbolic integration and summation of expressions that may or may not be exact. Here are the relevant files (source, examples, instructions) for the code (with Michael Nivala).
4. SpectrUW1.0: freeware for the computation of spectra of linear operators. See SpectrUW's project page for more information (With Firat Kiyak and J. D. Carter and J. Nathan Kutz).
3. Maple software for the symbolic computation of conservation laws of (1+1)-dimensional partial differential equations. Here are instructions, examples, and the source file for the code (With Michael A. Nivala).
2. I have developed Maple software for the numerical computation of Riemann theta functions. This software is available in Maple , versions 8 or later. If you run Maple 7, you can download a version from here (with Mark van Hoeij)
1. I have developed Maple software for the computation (symbolic and numerical) of the monodromy, homology, cohomology and periodmatrix of a Riemann surface specified by a (possibly singular) plane algebraic curve. This software is available in Maple , versions 6 or later. If you still run MapleV.5, you can download a version from here.(with Mark van Hoeij)