MuMMI

ftla-rSC13 1.0

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Application-level Performance

100s 300w

ftla-rSC13 1.0; ANL Mira; 512 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 1024 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 16384 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 2048 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 4096 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 8192 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0

ftla-rSC13 1.0; ANL Mira; 512 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 1024 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 16384 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 2048 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 4096 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 8192 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0

ftla-rSC13 1.0; ANL Mira; 512 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 1024 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 16384 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 2048 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 4096 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 8192 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0

ftla-rSC13 1.0; ANL Mira; 512 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 1024 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 16384 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 2048 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 4096 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 8192 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0

ftla-rSC13 1.0; ANL Mira; 512 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0

ftla-rSC13 1.0; ANL Mira; 1024 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0

ftla-rSC13 1.0; ANL Mira; 16384 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0

ftla-rSC13 1.0; ANL Mira; 2048 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0

ftla-rSC13 1.0; ANL Mira; 4096 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0

ftla-rSC13 1.0; ANL Mira; 8192 Processors; 1.6 GHz; testing_ftdqr.x; max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0