Difference between revisions of "Category:ApCoCoA-1:Package sat"

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(New page: The basic idea behind this package is to make SAT-Solver, like (Crypto-)MiniSat, usable in/with ApCoCoA. This package allows to solve polynomial systems over GF(2) by first converting the...)
 
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{{Version|1|[[Package sat]]}}
 
The basic idea behind this package is to make SAT-Solver, like (Crypto-)MiniSat, usable in/with ApCoCoA.
 
The basic idea behind this package is to make SAT-Solver, like (Crypto-)MiniSat, usable in/with ApCoCoA.
  
This package allows to solve polynomial systems over GF(2) by first converting the system to CNF-SAT in DIMACS format and then using a SAT Solver to solve the resulting conjunctive normal form.
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This package allows to solve polynomial systems over GF(2) by first converting the system to CNF-SAT in DIMACS format and then using a SAT-Solver to solve the resulting conjunctive normal form.
  
 
{{ApCoCoAServer}}
 
{{ApCoCoAServer}}
  
<em>Important</em>: The MiniSat executable must be in the ApCoCoA directory/sat/bin and you must have the permissions to read and write in this directory.
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<em>Important</em>: The MiniSat executable must be in ApCoCoA_directory/sat/bin and you must have the permissions to read and write in this directory.
  
For further informations about MiniSat visit [http://www.minisat.se]
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For further informations about SAT-Solver and the DIMACS format see the following links:
  
For further informations about CryptoMiniSat visit [http://planete.inrialpes.fr/~soos/CryptoMiniSat/index.html]
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MiniSat [http://www.minisat.se], 
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CryptoMiniSat [https://www.msoos.org/cryptominisat5/], 
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DIMACS [http://dimacs.rutgers.edu/]
  
[[Category:ApCoCoA_Manual]]
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[[Category:ApCoCoA-1 Manual]]

Latest revision as of 10:22, 2 November 2020

This article is about a function from ApCoCoA-1. If you are looking for the ApCoCoA-2 version of it, see Package sat.

The basic idea behind this package is to make SAT-Solver, like (Crypto-)MiniSat, usable in/with ApCoCoA.

This package allows to solve polynomial systems over GF(2) by first converting the system to CNF-SAT in DIMACS format and then using a SAT-Solver to solve the resulting conjunctive normal form.

Please note: The function(s) explained on this page is/are using the ApCoCoAServer. You will have to start the ApCoCoAServer in order to use it/them.

Important: The MiniSat executable must be in ApCoCoA_directory/sat/bin and you must have the permissions to read and write in this directory.

For further informations about SAT-Solver and the DIMACS format see the following links:

MiniSat [1], CryptoMiniSat [2], DIMACS [3]

Pages in category "ApCoCoA-1:Package sat"

The following 6 pages are in this category, out of 6 total.