• Applications/
• mpi.npb-mz 3.3

Application-level Performance 148

• All

  • All

• Systems

  • SDSC DataStar p655
  • TAMU Hydra

• Processors

  • 1 Processors
  • 2 Processors
  • 4 Processors
  • 8 Processors
  • 16 Processors
  • 32 Processors
  • 64 Processors
  • 128 Processors
  • 256 Processors
  • 512 Processors
  • 1024 Processors

• Inputs

  • Class A=128.0
  • Class B=304.0
  • Class C=480.0
  • Class D=1632.0
  • Class E=4224.0

• Executables

  • bt-mz.A.16
  • bt-mz.A.2
  • bt-mz.A.8
  • bt-mz.B.1
  • bt-mz.B.16
  • bt-mz.B.2
  • bt-mz.B.32
  • bt-mz.B.4
  • bt-mz.B.64
  • bt-mz.B.8
  • bt-mz.C.1
  • bt-mz.C.128
  • bt-mz.C.16
  • bt-mz.C.2
  • bt-mz.C.256
  • bt-mz.C.32
  • bt-mz.C.4
  • bt-mz.C.64
  • bt-mz.C.8
  • bt-mz.D.1024
  • bt-mz.D.128
  • bt-mz.D.16
  • bt-mz.D.256
  • bt-mz.D.32
  • bt-mz.D.512
  • bt-mz.D.64
  • bt-mz.D.8
  • bt-mz.E.1024
  • bt-mz.E.128
  • bt-mz.E.256
  • bt-mz.E.512
  • lu-mz.A.1
  • lu-mz.A.16
  • lu-mz.A.2
  • lu-mz.A.4
  • lu-mz.A.8
  • lu-mz.B.1
  • lu-mz.B.16
  • lu-mz.B.2
  • lu-mz.B.4
  • lu-mz.B.8
  • lu-mz.C.1
  • lu-mz.C.16
  • lu-mz.C.2
  • lu-mz.C.4
  • lu-mz.C.8
  • lu-mz.D.16
  • lu-mz.D.8
  • sp-mz.A.1
  • sp-mz.A.16
  • sp-mz.A.2
  • sp-mz.A.4
  • sp-mz.A.8
  • sp-mz.B.1
  • sp-mz.B.16
  • sp-mz.B.2
  • sp-mz.B.32
  • sp-mz.B.4
  • sp-mz.B.64
  • sp-mz.B.8
  • sp-mz.C.1
  • sp-mz.C.128
  • sp-mz.C.16
  • sp-mz.C.2
  • sp-mz.C.256
  • sp-mz.C.32
  • sp-mz.C.4
  • sp-mz.C.64
  • sp-mz.C.8
  • sp-mz.D.1024
  • sp-mz.D.128
  • sp-mz.D.16
  • sp-mz.D.256
  • sp-mz.D.32
  • sp-mz.D.512
  • sp-mz.D.64
  • sp-mz.D.8
  • sp-mz.E.1024
  • sp-mz.E.128
  • sp-mz.E.256
  • sp-mz.E.512