| AITEC Contract Research Projects in FY1998 : Software |
| Principal Investigator : | Yosuke Sato |
| Ritsumeikan University |
"Set Constraint Solver" is a small system that is based on computer algebla.
It offers an experimental environmet of our original (Boolean) Groebner bases
that is not available in any other existing computer algebla systems.
It also offers a set constraint solver bases on our Grobner bases.
In this release, the algorithm of the computation of Gr\"{o}bner bases is updated according to
our new theory.
This algorithm is essentialy a parallel algorith, although even a sequential implementation is
much faster than the previous one.
We include two source programs, one for sequential computation and another for parallel computation.
The whole program is written in KLIC. In any OS where KLIC compiler works, our program is available.
README-E this file
README-J this file(Japanese)
RELEASE_NOTE-E release note
RELEASE_NOTE-J release note(Japanese)
s_setsolver.kl1 new source program(for sequential computation)
p_setsolver.kl1 new source program(for parallel computation)
setsolver.kl1 a source program of previous release
manual.tex a latex source code for user's manual
manualj.tex a latex source code for user's manual(Japanese)
parallel.tex a comprehensive manual for using p_setsolver.kl1
parallelj.tex a comprehensive manual for using p_setsolver.kl1(Japanese)
background1.tex a latex source code of theoritical background for the system
background2.tex a latex source code of theoritical background for new algorithm
used in this release(Japanese)
example/ a directory where some example files are located
benchmark1-4 examples of serial computation
parallel1-4 examples of parallel computation
use-of-software-E TERMS AND CONDITIONS FOR USE OF "ICOT FREE SOFTWARE"
use-of-software-J TERMS AND CONDITIONS FOR USE OF "ICOT FREE SOFTWARE"(Japanese)
We have not yet written any paper in English concerning our new algorithm. As soon as we write some paper in English, we will add it as an English version of background2.tex.
www-admin@icot.or.jp