CSP 2008 Competition: solvers results per benchmarks

Result page for benchmark
csp/rlfapScens/
normalized-scen11.xml

Jump to solvers results

General information on the benchmark

Namecsp/rlfapScens/
normalized-scen11.xml
MD5SUMb94447bea31cbb2a330ba88380b9b328
Bench Category2-ARY-INT (binary constraints in intension)
Best result obtained on this benchmarkSAT
Best CPU time to get the best result obtained on this benchmark0.617906
Satisfiable
(Un)Satisfiability was proved
Number of variables680
Number of constraints4103
Maximum constraint arity2
Maximum domain size44
Number of constraints which are defined in extension0
Number of constraints which are defined in intension4103
Global constraints used (with number of constraints)

Results of the different solvers on this benchmark

Solver NameTraceIDAnswerCPU timeWall clock time
Mistral-prime 1.3131083926SAT 0.617906 0.620947
cpHydra k_101083931SAT 0.628903 0.631861
cpHydra k_401083932SAT 0.669897 0.681188
MDG-noprobe 2008-06-271083916SAT 0.709891 0.721181
Abscon 112v4 ESAC1083930SAT 3.21451 3.28027
Abscon 112v4 AC1083929SAT 3.22451 3.28317
Concrete + CSP4J - Tabu Engine 2008-05-301083912SAT 5.60115 5.63803
MDG-probe 2008-06-271083915SAT 5.9201 5.9534
Concrete + CSP4J - WMC Engine 2008-05-301083913SAT 6.13307 6.2192
Concrete + CPS4J 2008-05-301083914SAT 6.76097 6.7995
choco2_impwdeg 2008-06-261083921SAT 6.83596 6.88114
choco2_dwdeg 2008-06-261083922SAT 7.18891 7.3089
Sugar v1.13+minisat1083919SAT 9.37257 9.49327
casper zito1083928SAT 9.77851 9.86973
Sugar v1.13+picosat1083918SAT 11.2583 11.416
casper zao1083927SAT 13.146 13.2715
SAT4J CSP 2008-06-131083917SAT 19.404 19.5097
Mistral-option 1.3141083925SAT 22.2356 22.2416
galac M1083923SAT 34.2698 34.6912
galac E1083924SAT 39.8549 40.1407
bpsolver 2008-06-271083920SAT 93.8257 94.6296
Minion/Tailor 2008-07-041107013? (TO) 1800.07 1809.21

Additionnal information

This section presents information obtained from the best job displayed in the list (i.e. solvers whose names are not hidden).

Solution found:
366 128 338 100 414 652 156 394 86 324 268 30 114 352 30 268 16 254 44 282 100 338 16 254 666 428 128 366 296 58 282 44 254 16 254 16 324 86
254 16 72 310 156 394 142 380 254 16 324 86 16 254 268 30 100 338 142 380 254 16 394 156 484 722 338 100 296 58 366 128 86 324 16 254 100
338 30 268 268 30 254 16 16 254 30 268 254 16 324 86 352 114 414 652 352 114 44 282 16 254 142 380 540 778 44 282 470 708 254 16 72 310 352
114 338 100 680 442 366 128 666 428 86 324 254 16 254 16 156 394 282 44 352 114 722 484 652 414 694 456 764 526 254 16 254 16 366 128 282 44
58 296 58 296 44 282 16 254 380 142 156 394 16 254 114 352 442 680 86 324 16 254 254 16 30 268 58 296 142 380 394 156 324 86 142 380 72 310
268 30 142 380 254 16 380 142 310 72 86 324 16 254 394 156 30 268 114 352 366 128 282 44 282 44 58 296 282 44 282 44 338 100 366 128 268 30
58 296 142 380 30 268 114 352 254 16 86 324 268 30 428 666 268 30 296 58 282 44 666 428 268 30 254 16 282 44 268 30 366 128 324 86 254 16
498 736 268 30 128 366 114 352 30 268 100 338 282 44 666 428 268 30 268 30 128 366 30 268 310 72 282 44 114 352 16 254 30 268 142 380 100
338 282 44 100 338 58 296 338 100 100 338 352 114 296 58 338 100 114 352 282 44 58 296 282 44 128 366 282 44 310 72 296 58 352 114 142 380
442 680 142 380 310 72 100 338 352 114 254 16 128 366 352 114 380 142 352 114 366 128 128 366 282 44 16 254 16 254 72 310 44 282 100 338 128
366 44 282 268 30 268 30 44 282 58 296 268 30 30 268 254 16 16 254 114 352 58 296 338 100 254 16 16 254 268 30 58 296 282 44 72 310 58 296
352 114 268 30 268 30 366 128 142 380 282 44 30 268 282 44 268 30 324 86 114 352 100 338 268 30 268 30 268 30 128 366 282 44 366 128 16 254
30 268 282 44 324 86 254 16 16 254 44 282 296 58 16 254 338 100 16 254 30 268 44 282 114 352 30 268 100 338 30 268 100 338 30 268 100 338
268 30 16 254 30 268 338 100 324 86 254 16 268 30 156 394 554 792 414 652 554 792 484 722 456 694 498 736 58 296 30 268 338 100 282 44 142
380 114 352 128 366 282 44 100 338 268 30 100 338 44 282 44 282 338 100 86 324 44 282 58 296 16 254 324 86 254 16 30 268 100 338 128 366 114
352 44 282 268 30 338 100 268 30 338 100 30 268 282 44 380 142 338 100 30 268 338 100 352 114 268 30 338 100 30 268 282 44 296 58 30 268 366
128 666 428 114 352 114 352 310 72 338 100 268 30 44 282 338 100 268 30 100 338 366 128 352 114 114 352 30 268 366 128 30 268 30 268 254 16
380 142 100 338 114 352 268 30 282 44 268 30 366 128 58 296 366 128 44 282 352 114 100 338 268 30 100 338 282 44 352 114 282 44 324 86 30
268 254 16