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Application
hybrid.npb-mz 3.3
mpi.npb-mz 3.3
Mr. Bayes 3.1
Mr. Bayes 3.1
Mr. Bayes 3.1
omp.npb-mz 3.3
System
SDSC DataStar p655
Processors
1 Processors
2 Processors
4 Processors
8 Processors
16 Processors
32 Processors
64 Processors
128 Processors
256 Processors
512 Processors
1024 Processors
1295 Processors
Input
Class A=128.0
Class B=304.0
Class C=480.0
Class D1632=0.0
Class D=1632.0
Class E=4224.0
ntax=12.0, nchar=898.0, numchains=512.0
ntax=30.0, nchar=1456.0, numchains=512.0
ntax=32.0, nchar=3246.0, numchains=512.0
ntax=54.0, nchar=771.0, numchains=512.0
ntax=89.0, nchar=88.0, numchains=512.0
ntax=9.0, nchar=720.0, numchains=512.0
Frequency
Executable
bt-mz.A.1.1
bt-mz.A.1.2
bt-mz.A.1.4
bt-mz.A.1.8
bt-mz.A.16
bt-mz.A.2
bt-mz.A.2.8
bt-mz.A.8
bt-mz.B.(4.8&2.16)
bt-mz.B.(8.8&4.16)
bt-mz.B.1
bt-mz.B.1.1
bt-mz.B.1.2
bt-mz.B.1.4
bt-mz.B.1.8
bt-mz.B.16
bt-mz.B.2
bt-mz.B.2.8
bt-mz.B.32
bt-mz.B.4
bt-mz.B.64
bt-mz.B.8
bt-mz.C.(16.8&8.16)
bt-mz.C.(4.8&2.16)
bt-mz.C.(8.8&4.16)
bt-mz.C.1
bt-mz.C.1.1
bt-mz.C.1.2
bt-mz.C.1.4
bt-mz.C.1.8
bt-mz.C.128
bt-mz.C.16
bt-mz.C.2
bt-mz.C.2.8
bt-mz.C.256
bt-mz.C.32
bt-mz.C.32.8
bt-mz.C.4
bt-mz.C.64
bt-mz.C.8
bt-mz.D.(16.8&8.16)
bt-mz.D.1024
bt-mz.D.128
bt-mz.D.16
bt-mz.D.256
bt-mz.D.32
bt-mz.D.32.8
bt-mz.D.512
bt-mz.D.64
bt-mz.D.8
bt-mz.D.8.8
bt-mz.E.1024
bt-mz.E.128
bt-mz.E.128.8
bt-mz.E.256
bt-mz.E.512
lu-mz.A.1
lu-mz.A.1.1
lu-mz.A.1.2
lu-mz.A.1.4
lu-mz.A.1.8
lu-mz.A.16
lu-mz.A.2
lu-mz.A.2.8
lu-mz.A.4
lu-mz.A.8
lu-mz.B.1
lu-mz.B.1.1
lu-mz.B.1.2
lu-mz.B.1.4
lu-mz.B.1.8
lu-mz.B.16
lu-mz.B.2
lu-mz.B.2.8
lu-mz.B.4
lu-mz.B.8
lu-mz.C.1
lu-mz.C.1.1
lu-mz.C.1.2
lu-mz.C.1.4
lu-mz.C.1.8
lu-mz.C.16
lu-mz.C.2
lu-mz.C.2.8
lu-mz.C.4
lu-mz.C.8
lu-mz.D.16
lu-mz.D.8
mb-adh
mb-anolis
mb-avian_ovomucoids
mb-cynmix
mb-primates
mb-primates
mb-primates
mb-replicase
mb-replicase
mb-replicase
sp-mz.A.1
sp-mz.A.1.1
sp-mz.A.1.2
sp-mz.A.1.4
sp-mz.A.1.8
sp-mz.A.16
sp-mz.A.2
sp-mz.A.2.8
sp-mz.A.4
sp-mz.A.8
sp-mz.B.(4.8&2.16)
sp-mz.B.(8.8&4.16)
sp-mz.B.1
sp-mz.B.1.1
sp-mz.B.1.2
sp-mz.B.1.4
sp-mz.B.1.8
sp-mz.B.16
sp-mz.B.2
sp-mz.B.2.8
sp-mz.B.32
sp-mz.B.4
sp-mz.B.64
sp-mz.B.8
sp-mz.C.(16.8&8.16)
sp-mz.C.(4.8&2.16)
sp-mz.C.(8.8&4.16)
sp-mz.C.1
sp-mz.C.1.1
sp-mz.C.1.2
sp-mz.C.1.4
sp-mz.C.1.8
sp-mz.C.128
sp-mz.C.16
sp-mz.C.2
sp-mz.C.2.8
sp-mz.C.256
sp-mz.C.32
sp-mz.C.32.8
sp-mz.C.4
sp-mz.C.64
sp-mz.C.8
sp-mz.D.(16.8&8.16)
sp-mz.D.1024
sp-mz.D.128
sp-mz.D.128.8
sp-mz.D.16
sp-mz.D.256
sp-mz.D.32
sp-mz.D.32.8
sp-mz.D.512
sp-mz.D.64
sp-mz.D.64.8
sp-mz.D.8
sp-mz.D.8.8
sp-mz.E.1024
sp-mz.E.128
sp-mz.E.128.8
sp-mz.E.256
sp-mz.E.512
SDSC DataStar p655
Download CSV
Scatter-Plot
Application-level Performance
100s
300w
Mr. Bayes 3.1; SDSC DataStar p655; 4 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106671
Lowest Power
Lowest Energy
2379.44403
Mr. Bayes 3.1; SDSC DataStar p655; 4 Processors; mb-replicase; ntax=9.0, nchar=720.0, numchains=512.0
106672
2357.329534
Mr. Bayes 3.1; SDSC DataStar p655; 8 Processors; mb-replicase; ntax=9.0, nchar=720.0, numchains=512.0
106673
1260.977308
Mr. Bayes 3.1; SDSC DataStar p655; 16 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106675
776.318977
Mr. Bayes 3.1; SDSC DataStar p655; 32 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106676
622.047113
Mr. Bayes 3.1; SDSC DataStar p655; 64 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106677
548.762306
Mr. Bayes 3.1; SDSC DataStar p655; 128 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106679
559.534586
Mr. Bayes 3.1; SDSC DataStar p655; 256 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106680
631.079708
Mr. Bayes 3.1; SDSC DataStar p655; 512 Processors; mb-primates; ntax=12.0, nchar=898.0, numchains=512.0
106682
941.170303
mpi.npb-mz 3.3; SDSC DataStar p655; 2 Processors; bt-mz.A.2; Class A=128.0
106684
Lowest Runtime
104.28