SAT-Race 2010
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Qualification
Each registered solver will have to successfully
participate in a qualification round in order
to be accredited for SAT-Race.
Requirements
We check the following requirements:
- Conformance to I/O specification. Solvers have
to respect the I/O requirements
(CNF, AIG).
In particular, for CNF-based solvers,
the output must contain a solution line (starting with "s ")
and—in case of a satisfiable instance—at least one values line
(starting with "v "). Exit codes also must be set correctly (10 for
satisfiable, 20 for unsatisfiable, 0 for unknown).
- Correctness of results. The solvers are not allowed
to produce wrong answers (e.g. 'satisfiable' for an unsatisfiable
instance, but of course they may time-out).
- Sufficient performance. Solvers must meet some minimal
speed requirements.
Cheating (e.g. pre-computing results) is, of course, not allowed. We will check
all solvers on additional instances, and fraudulent solvers will be disqualified.
The final decision which solvers are allowed to participate in SAT-Race
will be made by the organizing committee.
Dates
The dead-line for submitting a solver to the qualification round is April 30.
The qualification round has taken place on and after April 30.
Each solver had to tackle 100 instances. The run-time
limit was set to 15 minutes per solver and instance.
Solvers which were able to solve at least 70 instances (Main Track and
Special Track I) or 50 instances (Special Track II) are
qualified for SAT-Race 2010. These solvers are:
Solver | Submitter | Affiliation |
#Solved |
MiniSat |
Niklas Sörensson |
Sörensson R&D, Sweden |
84 |
PrecoSAT | Armin Biere | JKU Linz, Austria |
84 |
rcl | Jean-Marie Lagniez | CRIL-CNRS, France |
84 |
SAT-Power | Abdorrahim Bahrami | U Isfahan, Iran | 84 |
Barcelogic | Asín Roberto | TU Catalonia, Spain |
83 |
CryptoMiniSat | Mate Soos | INRIA, France |
83 |
LySAT | Said Jabbour | INRIA - Microsoft JC, France |
83 |
SATHYS | Jean-Marie Lagniez | CRIL-CNRS, France |
82 |
CircleSAT | Jingchao Chen | Donghua U, China |
81 |
glucosER | George Karsirelos | CRIL-CNRS, France |
81 |
kw | Johan Alfredsson | Oepir, Sweden |
81 |
glucose | Gilles Audamard | CRIL, France |
80 |
lingeling | Armin Biere | JKU Linz, Austria |
80 |
SApperloT | Stephan Kottler | U Tübingen, Germany |
80 |
oprailleur | Olivier Roussel | CRIL-CNRS, France |
77 |
borg-sat-10.04.30 | Bryan Silverthorn | U Texas, USA |
76 |
riss | Norbert Manthey | TU Dresden, Germany |
71 |
CirCUs | Hyojung Han | U Boulder, USA |
70 |
PicoSAT | Armin Biere | JKU Linz, Austria |
70 |
Solver | Submitter | Affiliation |
#Solved |
plingeling |
Armin Biere |
JKU Linz, Austria |
93 |
ManySAT 1.1 | Said Jabbour | INRIA - Microsoft JC, France |
90 |
ManySAT 1.5 | Said Jabbour | INRIA - Microsoft JC, France | 89 |
SArTagnan | Stephan Kottler | U Tübingen, Germany |
84 |
PMiniSat | Geoffrey Chu | NICTA, Australia |
80 |
antom | Tobias Schubert | U Freiburg, Germany |
77 |
Solver | Submitter | Affiliation |
#Solved |
kw_aig |
Johan Alfredsson |
Oepir, Sweden |
73 |
MiniSat++ | Niklas Sörensson | Sörensson R&D, Sweden |
67 |
NFLSAT | Himanshu Jain | CMU, USA | 64 |
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