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Application
aa SvPablo MILC 7.4
adam.html-prophesy 0.0
AMMP 1.0
AMMP Test 1.0
Applu 1.0
ART Test 1.0
ATHENA-ATLFAST (PYTHIA) 3.0
BT 3.3
bt-mz 3.0
BT-MZ 3.31
bt-mz 3.31
bt-mz.C 3.31
bt-mz.C 3.31
bzip2 0.0
Cactus 1.0
CAM31 3.1
CAM42 3.1
CAM85 3.1
CAMT31D 3.1
CAMT42 3.1
CAMT42D 3.1
CAMT42D 3.1
CAMT85D 3.1
CG 3.3
ComputeFStatistics 1.2
CPI 1.0
CPI 1.0
CPI 2.0
dfi 1.0
eq3dyna 1.0
eq3dyna 1.0
eq3dyna 2.3
FT 3.3
ftla 1.0
Ftla 1.0
Ftla-rSC13 1.0
ftla-rSC13 1.0
FTLA-rSC13 1.0
GTC 2.0
GTC2.0 2.0
gtc_bench 2.0
gtcmpi 3.3
gtcmpi 3.3
Gyro 3.1
HACC 1.3
HACC 1.7
HACC-FTI 1.7
HDC1 1.0
HDC1-fti 1.0
HDC16 1.0
HDC2 1.0
HDC2-FTI 1.0
Heat Distribution Code 1.0
Horovod CANDLE NT3 Benchmark 1.0
Horovod CANDLE P1B2 Benchmark 1.0
Howdy 1.0
Howdy_p 1.0
Howdy_Parallel 1.0
hpdc-gyro 1.0
hpdc-lbm 1.0
hybrid.npb-mz 3.3
jangsapp1 0.0
jangsapp2 0.0
la 1.0
la 1.0
La 1.0
la-fti 1.0
LIGO 0.0
LIGO_GEO 1.0
LOWBC 1.0
LU 3.3
Lulesh 2.03
LULESH 2.03
lulesh 2.03
lulesh-optimized 2.0
matmul 1.0
mcf 1.0
MESA 1.0
MILC 1.0
MILC7.4 7.4
MILC7.4.0 7.4
mm trial 1.0
mm trial 1.0
MMs1 1.0
mms1 1.0
MMs2 1.0
MMs3 1.0
mpi.npb-mz 3.3
MPI_Barrier 2.0
Mr. Bayes 3.1
Mr. Bayes 3.1
Mr. Bayes 3.1
MrBayes 3.1
Nano wonder 1.0
NAS Parallel BT Benchmarks 2.0
NAS Parallel CG Benchmark 2.3
NAS Parallel EP Benchmarks 2.0
NAS Parallel FT Benchmark 2.0
NAS Parallel IS Benchmark 2.3
NAS Parallel MG Benchmark 2.3
NAS Parallel MG Benchmarks 2.0
NAS Parallel SP Benchmarks 2.3
NAS Sequential EP Benchmarks 2.0
NAS Sequential FT Benchmarks 2.0
NAS Sequential MG Benchmarks 2.0
NAS Serial CG Benchmark 2.3
NAS Serial IS Benchmark 2.3
Nek5000-cache 1.0
Nek5000-flat 1.0
nekbone 2.34
nekbone 2.34
Nekbone-fti 1.0
Nekbone-ori-cache 1.0
Nekbone-ori-flat 1.0
npb-mz 3.3
omp.npb-mz 3.3
OpenMC 0.1
oracle 8.0
Parallel Lattice Boltzmann 1.0
Parallel Lattice Boltzmann 1.0
Parallel Matrix Matrix Multiply 0.0
Parallel Molecular Dynamics 1.0
PI 1.0
PMLB 1.0
ppsum_MPI 1.0
prog1test 1.0
prog2test 1.0
prophtest1 1.0
psum 1.0
psum_MPI 1.0
psum_MPI 1.0
psum_OMP 1.0
Qbox 1.2
Quake 0.0
ROMS 2.0
run_g94l 1.0
Seismic Migration 1.0
Serial Molecular Dynamics 1.0
shawnapp 0.0
Simple Loop 1.0
SP 3.3
SP--MZ 3.31
sp-mz 3.31
Stream 1.7
STREAM 1.7
STREAM-FTI 1.7
stream-mpi 1.7
stream-mpi-fti 1.7
STREAM_PC 1.0
STREAM_PC 2.0
svpablo application 1.0
SvPablo application 1.0
SWIM 1.0
Synergia 1.0
TPM 1.0
TPM code 1.1
x_solve_LU_sp-mz 3.31
XSBench 1.1
XSBench 16.0
y_solve_LU_sp-mz 3.31
z_solve_LU_sp-mz 3.31
System
655
655r
690
ANL
ANL BG/Q
ANL BGQ Mira
ANL BlueGene/P
ANL Mira
ANL Theta
ANL_IBM_SP2_96
CC- 2 proc/node
Chiba City at ANL
ECE SGI Origin2000
IA32 Linux Cluster
IA64 Linux Cluster
IBM Regatta
IBM Regatta@TAMU
IBM SP at ANL
IBM SP2
IBM SP2 at ANL
IBM SPs at ANL
IMB Regatta@TAMU
Intel Desktop
Linux cluster
Linux supercluster at UNM
Linux system
NCSA IA-64
NCSA IA64
NERSC Dual-Core Franklin
NERSC Jacquard
NERSC Seaborg
NU-mpss-3.4.3
ORNL Jaguar
ORNL Quad-Core Jaguar
PARAM 10000
PC
Prophesy Linux
RH Linux 9.0
RH Linux9.0
ROAD RUNNER (milcrr, 5/9)
SDSC DataStar P655
SDSC DataStar p655
SDSC DataStar-p655
SDSC DataStar-p690
SDSC_IBM_P655/P690_DATASTAR_04
SGI Origin2000
SNL Haswell Shepard
SNL Shepard
Sun
SunOS 5.8
SystemG
TAMU ADA
TAMU EOS
TAMU Hydra
TAMU Hydra p5-575 Cluster
UNC RENCI BlueGeneL
UTA_dpcc
acdc.ccr.buffalo.edu
atlas.dpcc.uta.edu
atlas.iu.edu
boomer1.oscer.ou.edu
cern linux 686
cluster28.knu.ac.kr
cmsgrid.hep.wisc.edu
linux
linuxMand
ll03.alliance.unm.edu
mand
marconi.nmsu.edu
nest.phys.uwm.edu
optiputer
orcl
prophesy
s06913
s09705
s10209
scandium
sea
systemg
taylor1(local)
yellow
Processors
1 Processors
2 Processors
3 Processors
4 Processors
5 Processors
6 Processors
7 Processors
8 Processors
9 Processors
10 Processors
11 Processors
12 Processors
13 Processors
14 Processors
15 Processors
16 Processors
17 Processors
18 Processors
19 Processors
20 Processors
21 Processors
22 Processors
23 Processors
24 Processors
25 Processors
26 Processors
27 Processors
28 Processors
30 Processors
31 Processors
32 Processors
33 Processors
34 Processors
35 Processors
36 Processors
37 Processors
38 Processors
40 Processors
43 Processors
48 Processors
49 Processors
50 Processors
54 Processors
56 Processors
60 Processors
64 Processors
70 Processors
72 Processors
80 Processors
84 Processors
96 Processors
108 Processors
112 Processors
120 Processors
128 Processors
144 Processors
160 Processors
168 Processors
192 Processors
216 Processors
224 Processors
244 Processors
252 Processors
256 Processors
320 Processors
384 Processors
432 Processors
448 Processors
488 Processors
512 Processors
576 Processors
640 Processors
704 Processors
768 Processors
832 Processors
864 Processors
896 Processors
960 Processors
1024 Processors
1295 Processors
1536 Processors
1728 Processors
2048 Processors
3072 Processors
3456 Processors
4096 Processors
6144 Processors
6912 Processors
8192 Processors
12288 Processors
13824 Processors
16384 Processors
27648 Processors
32000 Processors
32768 Processors
55296 Processors
64000 Processors
65536 Processors
110592 Processors
128000 Processors
131072 Processors
256000 Processors
262144 Processors
512000 Processors
Input
-cut=0.0, -redir=0.0, 0.10000000000000001=0.0
-cut=0.0, -redir=0.0, 0.29999999999999999=0.0
-cut=0.0, -redir=0.0, 0.69999999999999996=0.0
-cut=0.0, -redir=0.0, 0.80000000000000004=0.0
-cut=0.0, -redir=0.0, 0.90000000000000002=0.0
-cut=0.1, -redir=0.0
-cut=0.3, -redir=0.0
-cut=0.5, -redir=0.0
-cut=0.7, -redir=0.0
-cut=0.8, -redir=0.0
-cut=0.9, -redir=0.0
-cut=1.0, -redir=0.0
-redir=0.0
-redir=0.0, 0.10000000000000001=0.0
-redir=0.0, 0.29999999999999999=0.0
-redir=0.0, 01=0.0
-redir=0.0, 03=0.0
-redir=0.0, inputname0=10.0
-redir=0.5
-redir=0.8
-redir=1.0, inputname0=1.0, inputname1=0.0
-redir=10.0
-redir=10.0, inputname0=3.0, inputname1=0.0, inputname2=8.0
-redir=12.0
-redir=12.0, inputname0=3.0, inputname1=0.0, inputname2=10.0
-redir=12.0, inputname0=3.0, inputname1=0.0, inputname2=8.0
-redir=12.0, inputname0=4.0, inputname1=0.0, inputname2=10.0
-redir=2.0, inputname0=4.0, inputname1=0.0
-redir=2.0, inputname0=512.0, inputname1=0.0
-redir=22.0
-redir=4.0, inputname0=4.0, inputname1=2.0
-redir=5.0, inputname0=5.0, inputname1=1.0
-redir=5.0, inputname0=6.0, inputname1=0.0
-redir=6.0, inputname0=5.0, inputname1=0.0
-redir=6.0, inputname0=6.0, inputname1=0.0
-redir=6.0, inputname0=6.0, inputname1=0.0, inputname2=3.0
-redir=6.0, inputname0=6.0, inputname1=0.0, inputname2=4.0
-redir=6.0, inputname0=6.0, inputname1=0.0, inputname2=5.0
-redir=6.0, inputname0=6.0, inputname1=1.0
-redir=6.0, inputname0=6.0, inputname1=2.0
-redir=6.0, inputname0=7.0, inputname1=0.0
-redir=7.0, inputname0=6.0, inputname1=0.0
125 atoms=125.0
<=0.0, >=0.0, mkpsf.inp=0.0, mkpsf.out=0.0
=100.0
=1000.0
=1000.0
=150.0
=200.0
=24.0
=250.0
=300.0
=350.0
=400.0
=450.0
=500.0
=550.0
=600.0
=650.0
=700.0
=750.0
=800.0
=850.0
=900.0
=950.0
>!=0.0, actn2.log=0.0
>!=0.0, actn3.log=0.0
>!=0.0, actn4.log=0.0
>!=0.0, actn5.log=0.0
>!=0.0, g94_acet.log=0.0
>!=0.0, g94_noh.log=0.0
>&=0.0, diff_run.out=0.0
>&=0.0, mark_Leveltst2.out=0.0
>&=0.0, mark_M3.out=0.0
>&=0.0, mark_M4.out=0.0
>&=0.0, mark_M5.out=0.0
>&=0.0, mark_M6.out=0.0
>&=0.0, mark_M7.out=0.0
>&=0.0, mark_M8.out=0.0
>&=0.0, test_weightLevels_24hr.out=0.0
>&=0.0, testweightLevel.out=0.0
>&=0.0, TestWeights_secondtry.out=0.0
>&junk.out=0.0
>&mark_200pop_32nodes_leveltst=0.0
>=0.0, actn1.log=0.0
>=0.0, g94_c2nz.log=0.0
>=0.0, g94_noh.log=0.0
>=0.0, g94_nohh.log=0.0
>=0.0, g94_sch1.log=0.0
>=0.0, g94_sch2.log=0.0
_cp=0.0, inputname0=1.0, inputname1=1.0, irsim=0.0
_cp=0.0, inputname0=1.0, inputname1=1.0, opt=0.0
_cp=0.0, inputname0=1.0, inputname1=1.0, seq=0.0
_cp=0.0, inputname0=5.0, inputname1=5.0, opt=0.0
acet_nh1_cbs4=0.0
acet_nh1_nh3_321gd_10=0.0
acet_nh1_nh3_321gd_20=0.0
acet_nh1_nh3_321gd_ts=0.0
acet_nh1_nh3_mp2_10=0.0
acet_nh1_nh3_mp2_16=0.0
acet_nh1_nh3_mp2_20=0.0
AlphaBand=0.0005, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.008, DeltaBand=5.0e-05
AlphaBand=0.0005, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.008, DeltaBand=5.0e-05
AlphaBand=0.0015, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0025, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0035, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0045, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.006, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0055, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.007, DeltaBand=5.0e-05
AlphaBand=0.0065, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0075, FreqBand=0.009, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.001, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.002, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.003, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.004, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.005, DeltaBand=5.0e-05
AlphaBand=0.0085, FreqBand=0.009, DeltaBand=5.0e-05
bench_fft=0.0
bench_fft=0.0, bench_poisson=0.0, inputname0=2.0
bench_fft=0.0, inputname0=2.0, no=0.0, seq_fft=0.0
bench_fft=0.0, inputname0=2.0, no=0.0, seq_fft=0.0, seq_fft.OUT=0.0
bench_fft=0.0, inputname0=2.0, seq_fft=0.0
bench_heat=0.0, inputname0=1.0
bench_heat=0.0, inputname0=2.0, seq_heat=0.0
bench_mesh_16=0.0, inputname0=2.0, par_heat_16=0.0
bench_mesh_1=0.0, inputname0=2.0, par_heat_1=0.0
bench_mesh_1_1=0.0, inputname0=2.0, par_poisson_1_1=0.0
bench_mesh_2=0.0, inputname0=2.0, par_heat_2=0.0
bench_mesh_2_2=0.0, inputname0=2.0, par_poisson_2_2=0.0
bench_mesh_32=0.0, inputname0=2.0, par_heat_32=0.0
bench_mesh_3_3=0.0, inputname0=2.0, par_poisson_3_3=0.0
bench_mesh_4=0.0, inputname0=4.0, par_heat_4=0.0
bench_mesh_4_4=0.0, inputname0=2.0, par_poisson_4_4=0.0
bench_mesh_5_5=0.0, inputname0=2.0, par_poisson_5_5=0.0
bench_mesh_6_6=0.0, inputname0=2.0, par_poisson_6_6=0.0
bench_mesh_8=0.0, inputname0=8.0, par_heat_8=0.0
bench_mesh_spectral=0.0
bench_mesh_spectral_16_16_1=0.0, inputname0=1.0
bench_mesh_spectral_16_1_16=0.0, inputname0=1.0
bench_mesh_spectral_16_2_8=0.0, inputname0=1.0
bench_mesh_spectral_16_4_4=0.0, inputname0=1.0
bench_mesh_spectral_16_8_2=0.0, inputname0=1.0
bench_mesh_spectral_1_1_1=0.0, inputname0=1.0
bench_mesh_spectral_25_5_5=0.0, inputname0=1.0
bench_mesh_spectral_2_1_2=0.0, inputname0=1.0
bench_mesh_spectral_2_2_1=0.0, inputname0=1.0
bench_mesh_spectral_32_4_8=0.0, inputname0=1.0
bench_mesh_spectral_32_8_4=0.0, inputname0=1.0
bench_mesh_spectral_36_6_6=0.0, inputname0=1.0
bench_mesh_spectral_4_2_2=0.0, inputname0=1.0
bench_mesh_spectral_8_2_4=0.0, inputname0=1.0
bench_mesh_spectral_8_4_2=0.0, inputname0=1.0
bench_mesh_spectral_9_3_3=0.0, inputname0=1.0
bench_poisson=0.0
bench_poisson=0.0, inputname0=1.0
bench_poisson=0.0, inputname0=2.0, seq_poisson=0.0
C=0.0
chad.in3=0.0
chad.in=0.0
ckp L1=1.0, ckp L2=1.0, ckp L3=1.0, ckp L4=1.0
Class A=128.0
Class A=14000.0
Class A=23.0
Class A=256.0
Class A=28.0
Class A=64.0
Class B=102.0
Class B=25.0
Class B=256.0
Class B=30.0
Class B=304.0
Class B=512.0
Class C=162.0, niter=200.0
Class C=162.0, niter=400.0
Class C=32.0
Class C=480.0
Class C=512.0
Class D1632=0.0
Class D=1632.0
Class E=4224.0
Class S=16.0
Class S=24.0
Class S=32.0
Class S=64.0
Class W=128.0
Class W=20.0
Class W=24.0
Class W=25.0
Class W=64.0
ClassE=1020.0, no. of iterations=300.0
ClassE=1020.0, no. of iterations=300.0, ckp L1=2.0, ckp L2=4.0, ckp L3=8.0, ckp L4=16.0
ClassE=4096.0, no. of iterations=25.0
ClassE=4096.0, no. of iterations=25.0, ckp L1=2.0, ckp L2=4.0, ckp L3=8.0, ckp L4=16.0
ClassE=9000000.0, no. of iterations=100.0
ClassE=9000000.0, no. of iterations=100.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
ClassE=9000000.0, no. of iterations=100.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
ClassE=9000000.0, no. of iterations=100.0, ckp L1=2.0, ckp L2=4.0, ckp L3=8.0, ckp L4=16.0
con=0.0, inputname0=1.0, inputname1=1.0, test_stream=0.0
con=0.0, inputname0=10.0, inputname1=10.0, test_stream=0.0
con=0.0, inputname0=14.0, inputname1=14.0, test_stream=0.0
con=0.0, inputname0=16.0, inputname1=16.0, test_stream.kmfm=0.0
con=0.0, inputname0=2.0, inputname1=2.0, test_stream.kmfm=0.0
con=0.0, inputname0=2.0, inputname1=2.0, test_stream=0.0
con=0.0, inputname0=4.0, inputname1=4.0, test_stream.kmfm=0.0
con=0.0, inputname0=5.0, inputname1=5.0, test_stream=0.0
con=0.0, inputname0=8.0, inputname1=8.0, test_stream.kmfm=0.0
cqnfut=16.0, inputname0=1.0, inputname1=20.0, inputname2=40.0, inputname3=1000000.0
cqnfut=16.0, inputname0=1.0, inputname1=20.0, inputname2=40.0, inputname3=30000.0
cqnfut=16.0, inputname0=16.0, inputname1=20.0, inputname2=40.0, inputname3=1000000.0
cqnfut=16.0, inputname0=16.0, inputname1=20.0, inputname2=40.0, inputname3=30000.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=128.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=16.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=2.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=2.0, MP_TASKS_PER_NODE=16.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=2.0, MP_TASKS_PER_NODE=2.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=2.0, MP_TASKS_PER_NODE=4.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=2.0, MP_TASKS_PER_NODE=8.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=32.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=32.0, MP_TASKS_PER_NODE=2.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=32.0, MP_TASKS_PER_NODE=4.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=4.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=4.0, MP_TASKS_PER_NODE=16.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=4.0, MP_TASKS_PER_NODE=2.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=4.0, MP_TASKS_PER_NODE=4.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=4.0, MP_TASKS_PER_NODE=8.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=64.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=64.0, MP_TASKS_PER_NODE=2.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=8.0, MP_TASKS_PER_NODE=1.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=8.0, MP_TASKS_PER_NODE=16.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=8.0, MP_TASKS_PER_NODE=2.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=8.0, MP_TASKS_PER_NODE=4.0
Dataset X=128.0, Dataset Y=256.0, MP_NODES=8.0, MP_TASKS_PER_NODE=8.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=16.0, MP_TASKS_PER_NODE=1.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=16.0, MP_TASKS_PER_NODE=2.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=2.0, MP_TASKS_PER_NODE=1.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=2.0, MP_TASKS_PER_NODE=16.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=2.0, MP_TASKS_PER_NODE=2.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=2.0, MP_TASKS_PER_NODE=4.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=2.0, MP_TASKS_PER_NODE=8.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=32.0, MP_TASKS_PER_NODE=1.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=4.0, MP_TASKS_PER_NODE=1.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=4.0, MP_TASKS_PER_NODE=2.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=4.0, MP_TASKS_PER_NODE=4.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=4.0, MP_TASKS_PER_NODE=8.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=8.0, MP_TASKS_PER_NODE=1.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=8.0, MP_TASKS_PER_NODE=2.0
Dataset X=48.0, Dataset Y=96.0, MP_NODES=8.0, MP_TASKS_PER_NODE=4.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=16.0, MP_TASKS_PER_NODE=1.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=16.0, MP_TASKS_PER_NODE=2.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=16.0, MP_TASKS_PER_NODE=4.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=2.0, MP_TASKS_PER_NODE=1.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=2.0, MP_TASKS_PER_NODE=16.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=2.0, MP_TASKS_PER_NODE=2.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=2.0, MP_TASKS_PER_NODE=4.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=2.0, MP_TASKS_PER_NODE=8.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=32.0, MP_TASKS_PER_NODE=1.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=4.0, MP_TASKS_PER_NODE=1.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=4.0, MP_TASKS_PER_NODE=16.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=4.0, MP_TASKS_PER_NODE=2.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=4.0, MP_TASKS_PER_NODE=4.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=4.0, MP_TASKS_PER_NODE=8.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=8.0, MP_TASKS_PER_NODE=1.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=8.0, MP_TASKS_PER_NODE=2.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=8.0, MP_TASKS_PER_NODE=4.0
Dataset X=64.0, Dataset Y=128.0, MP_NODES=8.0, MP_TASKS_PER_NODE=8.0
Dataset X=64.0, Dataset Y=128.0, MP_TASKS=2.0, MP_NODES_PER_TASK=8.0
Dataset X=64.0, Dataset Y=128.0, MP_TASKS=8.0, MP_TASKS_PER_NODE=2.0
Days=13.0, coupscript2=17.0, logfile=0.0, long=0.0, r15corunf=540.0, test2=0.0
Days=13.0, coupscript2=17.0, logfile=0.0, long=0.0, r15corunf=540.0, test4=0.0
Days=13.0, coupscript2=17.0, logfile=0.0, long=0.0, r15corunf=540.0, test5=0.0
Days=13.0, coupscript2=17.0, logfile=0.0, r15corunf=60.0, short=0.0, test2=0.0
Days=13.0, coupscript2=17.0, logfile=0.0, r15corunf=60.0, short=0.0, test4=0.0
Days=13.0, coupscript2=17.0, logfile=0.0, r15corunf=60.0, short=0.0, test5=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=1080.0, test2=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=2160.0, test2=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=360.0, test2=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test1=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test2=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test3=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test4=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test5=0.0
Days=13.0, coupscript=17.0, logfile=0.0, long=0.0, r15corun=540.0, test6=0.0
Days=13.0, coupscript=17.0, logfile=0.0, r15corun=60.0, short=0.0, test2=0.0
Days=13.0, coupscript=17.0, logfile=0.0, r15corun=60.0, short=0.0, test3=0.0
Days=13.0, coupscript=17.0, logfile=0.0, r15corun=60.0, short=0.0, test4=0.0
Days=13.0, coupscript=17.0, logfile=0.0, r15corun=60.0, short=0.0, test5=0.0
Days=13.0, coupscript=17.0, logfile=0.0, r15corun=60.0, short=0.0, test6=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=2880.0, test1=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test1=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test2=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test3=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test4=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test5=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test6=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, long=0.0, rundir=5040.0, test7=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test1=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test2=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test3=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test4=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test5=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test6=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=1080.0, short=0.0, test7=0.0
Days=13.0, Ocean_only=8.0, logfile=0.0, rundir=720.0, short=0.0, test1=0.0
dhap_631gd=0.0
dhapnoh_631gd=0.0
domain dimension=2.0, Iters=100000.0
Each size of 3D mesh=128.0
Each size of 3D mesh=512.0
element size=100.0
element size=200.0
Element size=256.0, Iters=1000.0
Element size=256.0, Iters=1000.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
Element size=256.0, Iters=1000.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
Element size=256.0, Iters=1000.0, ckp L1=3.0, ckp L2=5.0, ckp L3=7.0, ckp L4=11.0
Element size=256.0, Iters=1000.0, ckp L1=4.0, ckp L2=6.0, ckp L3=8.0, ckp L4=10.0
Element size=256.0, Iters=1000.0, ckp L1=5.0, ckp L2=8.0, ckp L3=9.0, ckp L4=10.0
expNM.notwn=0.0, inputname0=16.0
expNM.twn=0.0, inputname0=16.0
expNMA.notwn=0.0, inputname0=16.0
expNMA.twn=0.0, inputname0=16.0
form_wat_end_631gd=0.0
form_wat_end_mp2=0.0
form_wat_start_631gd=0.0
form_wat_start_nh3_631gd=0.0
gridpoints=100000.0, threads per node=64.0
hello=0.0
in1=0.0, inputname0=1.0
in2=0.0, inputname0=4.0
in3=0.0, inputname0=9.0
in44=0.0, inputname0=16.0
in4=0.0, inputname0=16.0
in5=0.0, inputname0=25.0
in=1.0
in=128.0
in=256.0
in=512.0
Input_SFT_Numbers=10.0
Input_SFT_Numbers=10.0, AlphaImax=51.0, DeltaImax=2.0, FreqImax=40001.0, SpinImax=1.0
Input_SFT_Numbers=10.0, AlphaImax=51.0, DeltaImax=2.0, FreqImax=40001.0, SpinImax=1.0, Load_Average=2.55
Input_SFT_Numbers=100.0, AlphaImax=51.0, DeltaImax=2.0, FreqImax=1000001.0, SpinImax=1.0
Input_SFT_Numbers=100.0, AlphaImax=51.0, DeltaImax=2.0, FreqImax=20001.0, SpinImax=1.0
inputname0=0.0
inputname0=0.5
inputname0=0.8
inputname0=1.0
inputname0=1.0, inputname1=1.0, opt=0.0, test_stream=0.0
inputname0=1.0, par_fft_16=0.0
inputname0=1.0, par_fft_1=0.0
inputname0=1.0, par_fft_2=0.0
inputname0=1.0, par_fft_32=0.0
inputname0=1.0, par_fft_4=0.0
inputname0=1.0, par_fft_8=0.0
inputname0=1.0, par_poisson_16_1=0.0
inputname0=1.0, par_poisson_1_16=0.0
inputname0=1.0, par_poisson_1_1=0.0
inputname0=1.0, par_poisson_2_2=0.0
inputname0=1.0, par_poisson_2_8=0.0
inputname0=1.0, par_poisson_3_3=0.0
inputname0=1.0, par_poisson_4_4=0.0
inputname0=1.0, par_poisson_5_5=0.0
inputname0=1.0, par_poisson_6_6=0.0
inputname0=1.0, par_poisson_8_2=0.0
inputname0=1.0, seq_fft=0.0
inputname0=1.0, seq_poisson=0.0
inputname0=1.0, temp=0.0
inputname0=10.0
inputname0=10.0, inputname1=10.0, opt=0.0, test_stream=0.0
inputname0=100000.0, inputname1=100000.0, inputname2=1000000.0, test1=0.0
inputname0=11.0, inputname1=11.0, opt=0.0, test_stream=0.0
inputname0=11.0, inputname1=11.0, opt=0.0, test_stream=11.0
inputname0=12.0, inputname1=12.0
inputname0=14.0
inputname0=14.0, inputname1=14.0, opt=0.0, test_stream=0.0
inputname0=15.0
inputname0=16.0
inputname0=16.0, inputname1=16.0
inputname0=16.0, inputname1=16.0, opt=0.0, test_stream.kmfm=0.0
inputname0=16.0, inputname1=20.0, inputname2=40.0, inputname3=1000000.0
inputname0=17.0
inputname0=19.0
inputname0=2.0
inputname0=2.0, inputname1=2.0
inputname0=2.0, inputname1=2.0, opt=0.0, test_stream.kmfm=0.0
inputname0=2.0, inputname1=2.0, opt=0.0, test_stream=0.0
inputname0=2.0, inputname1=512.0, inputname2=0.0
inputname0=20.0, inputname1=20.0
inputname0=22.0
inputname0=24.0, inputname1=24.0
inputname0=257.0
inputname0=28.0
inputname0=28.0, inputname1=28.0
inputname0=3.0
inputname0=3.0, inputname1=3.0
inputname0=30.0, inputname1=30.0
inputname0=31.0
inputname0=32.0
inputname0=32.0, inputname1=32.0
inputname0=4.0
inputname0=4.0, inputname1=4.0
inputname0=4.0, inputname1=4.0, opt=0.0, test_stream.kmfm=0.0
inputname0=5.0
inputname0=5.0, inputname1=5.0
inputname0=5.0, inputname1=5.0, opt=0.0, test_stream=0.0
inputname0=6.0
inputname0=6.0, inputname1=6.0
inputname0=7.0
inputname0=7.0, inputname1=7.0
inputname0=8.0
inputname0=8.0, inputname1=8.0
inputname0=8.0, inputname1=8.0, opt=0.0, test_stream.kmfm=0.0
L=0.0
L=0.0, M=-1.98188, N=-1.982106
lact_321gd=0.0
lact_631gd=0.0
lact_631gd_freq=0.0
lact_nocoo_631gd=0.0
lact_nocoo_631gd_freq=0.0
lact_wat_c2=0.0
lact_wat_c3=0.0
lact_wat_c4=0.0
lact_wat_c8=0.0
lact_wat_n=0.0
lact_wat_o=0.0
lact_wat_s=0.0
learning rate=0.001, batch size=10.0, epochs=1.0
learning rate=0.001, batch size=10.0, epochs=12.0
learning rate=0.001, batch size=10.0, epochs=128.0
learning rate=0.001, batch size=10.0, epochs=16.0
learning rate=0.001, batch size=10.0, epochs=192.0
learning rate=0.001, batch size=10.0, epochs=2.0
learning rate=0.001, batch size=10.0, epochs=24.0
learning rate=0.001, batch size=10.0, epochs=32.0
learning rate=0.001, batch size=10.0, epochs=384.0
learning rate=0.001, batch size=10.0, epochs=4.0
learning rate=0.001, batch size=10.0, epochs=48.0
learning rate=0.001, batch size=10.0, epochs=6.0
learning rate=0.001, batch size=10.0, epochs=8.0
learning rate=0.001, batch size=10.0, epochs=96.0
learning rate=0.001, batch size=100.0, epochs=384.0
learning rate=0.001, batch size=110.0, epochs=384.0
learning rate=0.001, batch size=120.0, epochs=384.0
learning rate=0.001, batch size=130.0, epochs=384.0
learning rate=0.001, batch size=140.0, epochs=384.0
learning rate=0.001, batch size=150.0, epochs=384.0
learning rate=0.001, batch size=160.0, epochs=384.0
learning rate=0.001, batch size=20.0, epochs=1.0
learning rate=0.001, batch size=20.0, epochs=12.0
learning rate=0.001, batch size=20.0, epochs=128.0
learning rate=0.001, batch size=20.0, epochs=16.0
learning rate=0.001, batch size=20.0, epochs=192.0
learning rate=0.001, batch size=20.0, epochs=2.0
learning rate=0.001, batch size=20.0, epochs=24.0
learning rate=0.001, batch size=20.0, epochs=32.0
learning rate=0.001, batch size=20.0, epochs=384.0
learning rate=0.001, batch size=20.0, epochs=4.0
learning rate=0.001, batch size=20.0, epochs=48.0
learning rate=0.001, batch size=20.0, epochs=6.0
learning rate=0.001, batch size=20.0, epochs=64.0
learning rate=0.001, batch size=20.0, epochs=8.0
learning rate=0.001, batch size=20.0, epochs=96.0
learning rate=0.001, batch size=30.0, epochs=1.0
learning rate=0.001, batch size=30.0, epochs=12.0
learning rate=0.001, batch size=30.0, epochs=128.0
learning rate=0.001, batch size=30.0, epochs=16.0
learning rate=0.001, batch size=30.0, epochs=192.0
learning rate=0.001, batch size=30.0, epochs=2.0
learning rate=0.001, batch size=30.0, epochs=24.0
learning rate=0.001, batch size=30.0, epochs=32.0
learning rate=0.001, batch size=30.0, epochs=384.0
learning rate=0.001, batch size=30.0, epochs=4.0
learning rate=0.001, batch size=30.0, epochs=48.0
learning rate=0.001, batch size=30.0, epochs=6.0
learning rate=0.001, batch size=30.0, epochs=64.0
learning rate=0.001, batch size=30.0, epochs=8.0
learning rate=0.001, batch size=30.0, epochs=96.0
learning rate=0.001, batch size=40.0, epochs=1.0
learning rate=0.001, batch size=40.0, epochs=12.0
learning rate=0.001, batch size=40.0, epochs=128.0
learning rate=0.001, batch size=40.0, epochs=16.0
learning rate=0.001, batch size=40.0, epochs=192.0
learning rate=0.001, batch size=40.0, epochs=2.0
learning rate=0.001, batch size=40.0, epochs=24.0
learning rate=0.001, batch size=40.0, epochs=32.0
learning rate=0.001, batch size=40.0, epochs=384.0
learning rate=0.001, batch size=40.0, epochs=4.0
learning rate=0.001, batch size=40.0, epochs=48.0
learning rate=0.001, batch size=40.0, epochs=6.0
learning rate=0.001, batch size=40.0, epochs=64.0
learning rate=0.001, batch size=40.0, epochs=8.0
learning rate=0.001, batch size=40.0, epochs=96.0
learning rate=0.001, batch size=50.0, epochs=1.0
learning rate=0.001, batch size=50.0, epochs=12.0
learning rate=0.001, batch size=50.0, epochs=128.0
learning rate=0.001, batch size=50.0, epochs=16.0
learning rate=0.001, batch size=50.0, epochs=192.0
learning rate=0.001, batch size=50.0, epochs=2.0
learning rate=0.001, batch size=50.0, epochs=24.0
learning rate=0.001, batch size=50.0, epochs=32.0
learning rate=0.001, batch size=50.0, epochs=384.0
learning rate=0.001, batch size=50.0, epochs=4.0
learning rate=0.001, batch size=50.0, epochs=48.0
learning rate=0.001, batch size=50.0, epochs=6.0
learning rate=0.001, batch size=50.0, epochs=8.0
learning rate=0.001, batch size=50.0, epochs=96.0
learning rate=0.001, batch size=60.0, epochs=1.0
learning rate=0.001, batch size=60.0, epochs=12.0
learning rate=0.001, batch size=60.0, epochs=128.0
learning rate=0.001, batch size=60.0, epochs=16.0
learning rate=0.001, batch size=60.0, epochs=192.0
learning rate=0.001, batch size=60.0, epochs=2.0
learning rate=0.001, batch size=60.0, epochs=24.0
learning rate=0.001, batch size=60.0, epochs=32.0
learning rate=0.001, batch size=60.0, epochs=384.0
learning rate=0.001, batch size=60.0, epochs=4.0
learning rate=0.001, batch size=60.0, epochs=48.0
learning rate=0.001, batch size=60.0, epochs=6.0
learning rate=0.001, batch size=60.0, epochs=64.0
learning rate=0.001, batch size=60.0, epochs=8.0
learning rate=0.001, batch size=60.0, epochs=96.0
learning rate=0.001, batch size=70.0, epochs=1.0
learning rate=0.001, batch size=70.0, epochs=12.0
learning rate=0.001, batch size=70.0, epochs=128.0
learning rate=0.001, batch size=70.0, epochs=16.0
learning rate=0.001, batch size=70.0, epochs=192.0
learning rate=0.001, batch size=70.0, epochs=2.0
learning rate=0.001, batch size=70.0, epochs=24.0
learning rate=0.001, batch size=70.0, epochs=32.0
learning rate=0.001, batch size=70.0, epochs=384.0
learning rate=0.001, batch size=70.0, epochs=4.0
learning rate=0.001, batch size=70.0, epochs=48.0
learning rate=0.001, batch size=70.0, epochs=6.0
learning rate=0.001, batch size=70.0, epochs=64.0
learning rate=0.001, batch size=70.0, epochs=8.0
learning rate=0.001, batch size=70.0, epochs=96.0
learning rate=0.001, batch size=80.0, epochs=384.0
learning rate=0.001, batch size=90.0, epochs=384.0
Lookup size(M)=15.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=1.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=2.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=3.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=4.0
max matrix size=20000.0, min matrix size=6000.0, stride size=2000.0, block size=100.0, number of failure injetions=5.0
max matrix size=50000.0, min matrix size=8000.0, stride size=2000.0, block size=100.0
max matrix size=50000.0, min matrix size=8000.0, stride size=2000.0, block size=100.0, Ckp L1=1.0, Ckp L2=2.0, Ckp L3=3.0, Ckp L4=4.0
meth_187_start_321gd=0.0
micell=1600.0, mecell=1600.0, mzetamax=64.0, npartdom=16.0
micell=3200.0, mecell=3200.0, mzetamax=64.0, npartdom=32.0
neg_631g_rohf_c3_c2_90=0.0
neg_631g_rohf_c3_c2_90_rad=0.0
ng=336.0, nstep=30.0, Memory mode-cache=1.0, FTI mode-synchronous=1.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
nnod=5010.0
None
None
None
nprocs=1.0, numints=262144.0
nprocs=1.0, numints=67108864.0
nprocs=2.0, numints=524288.0
nprocs=2.0, numints=67108864.0
nprocs=4.0, numints=1048576.0
nprocs=4.0, numints=268435456.0
nprocs=4.0, numints=42476462.0
nprocs=4.0, numints=67108864.0
nprocs=8.0, numints=2097152.0
nprocs=8.0, numints=268435456.0
nprocs=8.0, numints=67108864.0
nstep=3.0, nsub=5.0, ng/np=640.0
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
number of atoms=1024.0
number of elements per domain=38.0
number of elements per node=512.0
number of events=10000.0
number of events=2000.0
number of events=4000.0
number of events=6000.0
number of events=8000.0
number of iterations=1000000.0, Local data size (MB)=2.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=1.0, ckp L2=3.0, ckp L3=5.0, ckp L4=7.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=1.0, ckp L2=4.0, ckp L3=7.0, ckp L4=10.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=2.0, ckp L2=3.0, ckp L3=4.0, ckp L4=5.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=2.0, ckp L2=5.0, ckp L3=8.0, ckp L4=11.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=3.0, ckp L2=4.0, ckp L3=5.0, ckp L4=6.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=3.0, ckp L2=5.0, ckp L3=7.0, ckp L4=11.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=3.0, ckp L2=6.0, ckp L3=9.0, ckp L4=12.0
number of iterations=1000000.0, Local data size (MB)=2.0, ckp L1=4.0, ckp L2=5.0, ckp L3=6.0, ckp L4=7.0
number of iterations=50000.0, Local data size (MB)=1.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=1.0, ckp L2=3.0, ckp L3=5.0, ckp L4=7.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=1.0, ckp L2=4.0, ckp L3=7.0, ckp L4=10.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=2.0, ckp L2=3.0, ckp L3=4.0, ckp L4=5.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=2.0, ckp L2=5.0, ckp L3=8.0, ckp L4=11.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=3.0, ckp L2=4.0, ckp L3=5.0, ckp L4=6.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=3.0, ckp L2=5.0, ckp L3=7.0, ckp L4=11.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=3.0, ckp L2=6.0, ckp L3=9.0, ckp L4=12.0
number of iterations=50000.0, Local data size (MB)=1.0, ckp L1=4.0, ckp L2=5.0, ckp L3=6.0, ckp L4=7.0
number of iterations=50000.0, Local data size (MB)=16.0
number of iterations=50000.0, Local data size (MB)=32.0
Number_Taxa=30.0, Num_Generations=10000.0, Sampling_Freq=1000.0, Sequence_length=1456.0, Num_chains=64.0
Number_Taxa=30.0, Num_Generations=30000.0, Sampling_Freq=1000.0, Sequence_length=1456.0, Num_chains=64.0
Number_Taxa=60.0, Num_Generations=10000.0, Sampling_Freq=1000.0, Sequence_length=1456.0, Num_chains=64.0
Number_Taxa=60.0, Num_Generations=10000.0, Sampling_Freq=1000.0, Sequence_length=2000.0, Num_chains=64.0
numints=1048576.0
numints=16777216.0
numints=2097152.0
numints=262144.0
numints=268435456.0
numints=4194304.0
numints=524288.0
numints=67108864.0
numints=8388608.0
nx=10.0, ny=20.0, nz=20.0, nt=20.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=1.0, segment_y=1.0, segment_z=1.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=1.0, segment_y=1.0, segment_z=2.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=1.0, segment_y=2.0, segment_z=2.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=2.0, segment_y=2.0, segment_z=2.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=2.0, segment_y=2.0, segment_z=4.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=2.0, segment_y=4.0, segment_z=4.0
nx=128.0, time=200.0, ny=128.0, nz=128.0, segment_x=4.0, segment_y=4.0, segment_z=4.0
nx=24.0, ny=24.0, nz=24.0, nt=24.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=1.0, segment_y=1.0, segment_z=2.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=1.0, segment_y=2.0, segment_z=2.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=2.0, segment_y=2.0, segment_z=2.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=2.0, segment_y=2.0, segment_z=4.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=2.0, segment_y=4.0, segment_z=4.0
nx=256.0, time=200.0, ny=256.0, nz=256.0, segment_x=4.0, segment_y=4.0, segment_z=4.0
nx=32.0, ny=32.0, nz=32.0, nt=32.0
nx=32.0, ny=32.0, nz=32.0, nt=64.0
nx=32.0, ny=32.0, nz=64.0, nt=64.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=1.0, segment_y=1.0, segment_z=1.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=1.0, segment_y=1.0, segment_z=2.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=1.0, segment_y=2.0, segment_z=2.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=2.0, segment_y=2.0, segment_z=2.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=2.0, segment_y=2.0, segment_z=4.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=2.0, segment_y=4.0, segment_z=4.0
nx=32.0, time=200.0, ny=32.0, nz=32.0, segment_x=4.0, segment_y=4.0, segment_z=4.0
nx=40.0, ny=40.0, nz=40.0, nt=40.0
nx=40.0, ny=40.0, nz=80.0, nt=80.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=1.0, segment_y=1.0, segment_z=1.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=1.0, segment_y=1.0, segment_z=2.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=1.0, segment_y=2.0, segment_z=2.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=2.0, segment_y=2.0, segment_z=2.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=2.0, segment_y=2.0, segment_z=4.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=2.0, segment_y=4.0, segment_z=4.0
nx=64.0, time=200.0, ny=64.0, nz=64.0, segment_x=4.0, segment_y=4.0, segment_z=4.0
nx=8.0, ny=16.0, nz=16.0, nt=16.0
nz_hz1_oe2_124=0.0
nz_hz1_oe2_end_631gd=0.0
nz_hz1_oe2_ts_321gd=0.0
nz_hz1_oe2_ts_631gd=0.0
nz_oe2_ts_cbs4=0.0
o2_od2_end_321gd=0.0
o2_od2_start_321gd=0.0
o2_od2_ts_321gd=0.0
ocean.in=144.0
ocean.in=1440.0
ocean.in=2880.0
ocean.in=360.0
ocean.in=720.0
ocean_bench=200.0
par_fft=0.0
par_poisson=0.0
particlepercell=100.0
Particles in Cell=50.0
particles per cell=100.0
particles per dimension=512.0, physical box=400.0
Particles size=4000000.0, batch size=100.0, inactive size=20.0
particlespercell=100.0
PI25DT=3.14
PI25DT=3.141
PI25DT=3.1415
PI25DT=3.14159
PI25DT=3.141592
PI25DT=3.141593
PI25DT=3.141593, n=1000.0
PI25DT=3.141593, n=42.0
primary1=0.0
problem size=1.0
problem size=100.0
problem size=1000.0
problem size=10000.0
problem size=102.0
problem size=128.0
problem size=1400.0
Problem size=1400.0
Problem Size=14000.0
problem size=14000.0
problem size=1440.0
problem size=150000.0
problem size=20.0
problem size=200.0
problem size=2000.0
problem size=23.0
problem size=25.0
Problem Size=256.0
problem size=27.0
problem size=300.0
problem size=3000.0
problem size=36.0
problem size=400.0
problem size=4000.0
problem size=500.0
problem size=5000.0
problem size=600.0
problem size=6000.0
problem size=64.0
problem size=65536.0
problem size=700.0
problem size=7000.0
Problem Size=7000.0
problem size=75000.0
problem size=800.0
problem size=8000.0
problem size=900.0
problem size=9000.0
problem=14000.0
ProblemSize=480.0
pyp_neg_6_31g_rohf=0.0
pyp_neg_6_31g_rohf_rad=0.0
r8_18_fixh=0.0
r8_20_fixh=0.0
r8_25_fixh=0.0
r8_30_free=0.0
r8_free=0.0
r8_free_631gd=0.0
repetitions=100.0
repetitions=1000.0
RM=132866.0
rung94.log=0.0
schif_187_end_321gd=0.0
schif_187_start_321gd=0.0
schif_neut_187_end_321gd=0.0
schif_neut_187_start_321gd=0.0
seq_fft=0.0
seq_poisson=0.0
spin_631gd=0.0
spin_631gd_111=0.0
spin_631gd_156=0.0
spin_631gd_201=0.0
spin_631gd_66=0.0
spin_meth=0.0
STREAM array size=128000000.0, NTIMES=10000.0
STREAM array size=128000000.0, NTIMES=20000.0
STREAM array size=128000000.0, NTIMES=30000.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=1.0, ckp L2=3.0, ckp L3=5.0, ckp L4=7.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=1.0, ckp L2=4.0, ckp L3=7.0, ckp L4=10.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=2.0, ckp L2=3.0, ckp L3=4.0, ckp L4=5.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=2.0, ckp L2=5.0, ckp L3=8.0, ckp L4=11.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=3.0, ckp L2=4.0, ckp L3=5.0, ckp L4=6.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=3.0, ckp L2=5.0, ckp L3=7.0, ckp L4=11.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=3.0, ckp L2=6.0, ckp L3=9.0, ckp L4=12.0
STREAM array size=128000000.0, NTIMES=30000.0, ckp L1=4.0, ckp L2=5.0, ckp L3=6.0, ckp L4=7.0
STREAM array size=128000000.0, NTIMES=4000.0
STREAM array size=128000000.0, NTIMES=40000.0
STREAM array size=128000000.0, NTIMES=5000.0
STREAM array size=128000000.0, NTIMES=50000.0
STREAM array size=128000000.0, NTIMES=8000.0
STREAM array size=256000000.0, NTIMES=5000.0
STREAM array size=320000000.0, NTIMES=10000.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=2.0, ckp L3=3.0, ckp L4=4.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=2.0, ckp L3=4.0, ckp L4=6.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=3.0, ckp L3=4.0, ckp L4=8.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=3.0, ckp L3=5.0, ckp L4=7.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=4.0, ckp L3=7.0, ckp L4=10.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=1.0, ckp L2=5.0, ckp L3=9.0, ckp L4=13.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=3.0, ckp L3=4.0, ckp L4=5.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=3.0, ckp L3=5.0, ckp L4=7.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=4.0, ckp L3=6.0, ckp L4=8.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=4.0, ckp L3=7.0, ckp L4=9.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=5.0, ckp L3=8.0, ckp L4=11.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=2.0, ckp L2=6.0, ckp L3=10.0, ckp L4=14.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=4.0, ckp L3=5.0, ckp L4=6.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=4.0, ckp L3=6.0, ckp L4=9.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=5.0, ckp L3=7.0, ckp L4=11.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=5.0, ckp L3=8.0, ckp L4=10.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=6.0, ckp L3=9.0, ckp L4=12.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=3.0, ckp L2=7.0, ckp L3=11.0, ckp L4=15.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=5.0, ckp L3=6.0, ckp L4=7.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=5.0, ckp L3=7.0, ckp L4=8.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=6.0, ckp L3=8.0, ckp L4=10.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=6.0, ckp L3=9.0, ckp L4=11.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=7.0, ckp L3=10.0, ckp L4=13.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=4.0, ckp L2=8.0, ckp L3=12.0, ckp L4=16.0
STREAM array size=320000000.0, NTIMES=10000.0, ckp L1=5.0, ckp L2=6.0, ckp L3=7.0, ckp L4=8.0
STREAM array size=512000000.0, NTIMES=5000.0
sub_meth=0.0
sub_nometh_spin=0.0
test=0.0
time_max=10.0, electron_method=2.0, nu_e=0.0, z_eff=1.0, beta_e=0.0025
time_max=10.0, electron_method=2.0, nu_e=0.0, z_eff=1.0, Beta_e=0.0025, Radial_Grid=128.0
time_max=10.0, electron_method=2.0, nu_e=0.02, z_eff=1.0, Beta_e=0.0
time_max=10.0, electron_method=2.0, nu_e=0.02, z_eff=1.0, beta_e=0.0
time_max=10.0, electron_method=2.0, nu_e=0.02, z_eff=1.0, Beta_e=0.0, Radial_Grid=140.0
time_max=3.0, electron_method=1.0, nu_e=0.0, z_eff=1.0, beta_e=0.0
time_max=3.0, electron_method=1.0, nu_e=0.0, z_eff=1.0, Beta_e=0.0
time_max=3.0, electron_method=1.0, nu_e=0.0, z_eff=1.0, Beta_e=0.0, Radial_Grid=400.0
time_max=700.0, electron_method=1.0, nu_e=0.0, z_eff=1.0, Beta_e=0.005
TRD.dat=0.0, inputname0=16.0
TRD.dat=0.0, inputname0=9.0
ts_321gd=0.0
ts_ef_631gd=0.0
workloadpercpu=10.0
workloadpercpu=8.0
x=800.0
x=825.0
x=850.0
Frequency
1.1 GHz
1.2 GHz
1.301 GHz
1.5 GHz
1.6 GHz
1.8 GHz
2.1 GHz
2.3 GHz
2.301 GHz
2.4 GHz
2.8 GHz
Executable
actn1.com
actn2.com
actn3.com
actn4.com
actn5.com
adam-junk.1.0
adam-junk0.0
all2one.run
ammp
ammp_test
applu
athena (#events=10000)
athena (#events=2000)
athena (#events=4000)
athena (#events=6000)
athena (#events=8000)
batch
batcheroo-g3
batcheroo-g4
batcheroo-g5
batcheroo-g8
bayes.c
be8.script
bench_allied2_home
bench_allied_home
bench_allied_repl_home
bench_allied_tmp_chemio
bench_biphenyl2_home
bench_biphenyl3_home
bench_biphenyl4_home
bench_biphenyl_dist_home
bench_biphenyl_home
bench_biphenyl_notexdist_home
bench_biphenyl_repl_home
bench_c10h22_dist_home
bench_c10h22_home
bench_c10h22_mem_chemio
bench_c10h22_notex_home
bench_c10h22_repl_home
bench_c10h22_tmp_chemio
bench_c20h42_home
bench_c20h42_notex_home
bench_c20h42_semi_home
bench_c4h10_tmp_AIO_chemio
bench_c4h10_tmp_chemio
bench_c60_home
bench_c60_repl_home
bench_ch4_tmp_chemio
bench_phillips_home
bench_phillips_home2
bench_zeolyte_3iter_home
bench_zeolyte_home
BigScience
BigScience-B1-CY16m
BigScience-B1-std
BigScience-B2
BigScience-B2(2)
BigScience-B2-CY
BigScience-B3
BigScience-B3-gtc
bt-C
bt-mz.A.1.1
bt-mz.A.1.16
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.4
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.1.16
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
bt-mz.C.1
bt-mz.C.1
bt-mz.C.1
bt-mz.C.1
bt-mz.C.1.1
bt-mz.C.1.16
bt-mz.C.1.2
bt-mz.C.1.4
bt-mz.C.1.8
bt-mz.C.10
bt-mz.C.10
bt-mz.C.10
bt-mz.C.11
bt-mz.C.11
bt-mz.C.12
bt-mz.C.12
bt-mz.C.128
bt-mz.C.13
bt-mz.C.13
bt-mz.C.14
bt-mz.C.15
bt-mz.C.15
bt-mz.C.16
bt-mz.C.16
bt-mz.C.16
bt-mz.C.16
bt-mz.C.2
bt-mz.C.2
bt-mz.C.2
bt-mz.C.2
bt-mz.C.2.8
bt-mz.C.256
bt-mz.C.3
bt-mz.C.3
bt-mz.C.3
bt-mz.C.32
bt-mz.C.32.8
bt-mz.C.4
bt-mz.C.4
bt-mz.C.4
bt-mz.C.4
bt-mz.C.5
bt-mz.C.5
bt-mz.C.5
bt-mz.C.6
bt-mz.C.6
bt-mz.C.64
bt-mz.C.7
bt-mz.C.7
bt-mz.C.8
bt-mz.C.8
bt-mz.C.8
bt-mz.C.8
bt-mz.C.9
bt-mz.C.9
bt-mz.C.9
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
bt.A.16
bt.A.16.sp2
bt.A.25
bt.A.25.sp2
bt.A.4
bt.A.4.sp2
bt.A.9
bt.A.9.sp2
bt.B.16
bt.B.25
bt.B.4
bt.B.9
bt.W.16
bt.W.16.sp2
bt.W.25
bt.W.25.sp2
bt.W.4
bt.W.4.sp2
bt.W.9
bt.W.9.sp2
bzip2
Cactus
cam
cam128x1
cam128x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x1
cam16x2
cam16x2
cam16x2
cam16x2
cam16x4
cam16x4
cam16x4
cam2x1
cam2x1
cam2x1
cam2x1
cam2x1
cam2x1
cam2x16
cam2x16
cam2x16
cam2x2
cam2x2
cam2x2
cam2x2
cam2x2
cam2x4
cam2x4
cam2x4
cam2x4
cam2x4
cam2x8
cam2x8
cam2x8
cam2x8
cam2x8
cam2x8
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x1
cam32x2
cam32x4
cam32x4
cam32x4
cam4x1
cam4x1
cam4x1
cam4x1
cam4x1
cam4x1
cam4x1
cam4x16
cam4x16
cam4x16
cam4x16
cam4x16
cam4x2
cam4x2
cam4x2
cam4x2
cam4x4
cam4x4
cam4x4
cam4x4
cam4x8
cam4x8
cam4x8
cam64x1
cam64x1
cam64x2
cam64x2
cam64x2
cam64x2
cam64x2
cam64x2
cam64x2
cam64x2
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x1
cam8x16
cam8x16
cam8x2
cam8x2
cam8x2
cam8x2
cam8x4
cam8x4
cam8x4
cam8x4
cam8x4
cam8x8
cam8x8
cam8x8
cam8x8
cg-1024-classE
cg-2048-classE
cg-4096-classE
cg-512-classE
cg-8192-classE
cg_A_16_sp2
cg_A_2_sgi
cg_A_2_sp2
cg_A_32_sp2
cg_A_4_sgi
cg_A_4_sp2
cg_A_8_sgi
cg_A_8_sp2
cg_A_sgi
cg_A_sp2
cg_B_16_sp2
cg_B_2_sp2
cg_B_32_sp2
cg_B_4_sp2
cg_B_8_sp2
cg_C_16_sp2
cg_C_32_sp2
cg_C_8_sp2
cg_S_16_sp2
cg_S_2_sp2
cg_S_32_sp2
cg_S_4_sp2
cg_S_8_sp2
cg_S_sp2
cg_W_16_sp2
cg_W_2_sp2
cg_W_32_sp2
cg_W_4_sp2
cg_W_8_sp2
cg_W_sp2
chad.sep96
chadrun
charmm
ComputeFStatistic_i
ComputeFStatistic_i
ComputeFStatistic_i
ComputeFStatistic_i_inst
cpi_linux
cpi_linux
cpi_linux
cqnfut
crun
dfi
dfi_2
do.antiprop
do.be6_gs.gfmc
do.be6_gs.vmc
do.be8.gfmc
do.be8.vmc
do.f4.gfmc
do.f4.vmc
do.gs.b.10gfmc
do.gs.b.gfmc
do.gs.b.vmc
do.he4.gfmc
do.he4.oldvmc
do.he4.redo
do.he4.vmc
do.he6_11sym.gfmc
do.he6_11sym.vmc
do.he6_gs.gfmc
do.he6_gs.vmc
do.he7.vmc
do.he7_gs.gfmc
do.he7_gs.vmc
do.he8.gfmc
do.he8.vmc
do.jas.exp.more
do.jas1
do.jas1.more
do.junk
do.li6.10
do.li6.antiprop
do.li6.gfmc
do.li6.nouijk.gfmc
do.li6.vmc
do.li6_0.b.gfmc
do.li6_0.b.vmc
do.li6_2.b.gfmc
do.li6_2.b.vmc
do.li6_3.b.gfmc
do.li6_3.b.vmc
do.li7.gfmc
do.li7.gfmc3
do.li7.vmc
do.old.vmc
do.rhogrid
do.vijk
do.vmc
ds001.5955
ds001.5965
elastic.script
ep.A
ep.A.16
ep.A.2
ep.A.32
ep.A.4
ep.A.8
ep.B
ep.B.16
ep.B.2
ep.B.32
ep.B.4
ep.B.8
ep.C
ep.C.16
ep.C.2
ep.C.32
ep.C.4
ep.C.8
ep.S
ep.S.16
ep.S.2
ep.S.32
ep.S.4
ep.S.8
ep.W
ep.W.16
ep.W.2
ep.W.32
ep.W.4
ep.W.8
eqdyna3drun-hybrid-optimized
eqdyna3drun-hybrid-optimized
eqdyna3drun-hybrid-original
eqdyna3drun-hybrid-original
eqdyna3drun-p
exe
exe
extractSFTband_i
fib
fib.catapult.prof
fib.dual.prof
fib.his.prof
fib.shis.prof
fib.snd.prof
fib.spn.prof
fib.spn_np.prof
fmain103.x
fmain104.x
ft-1024-classE
ft-2048-classE
ft-4096-classE
ft.A
ft.A.16
ft.A.2
ft.A.32
ft.A.4
ft.A.8
ft.B.16
ft.B.32
ft.B.8
ft.C.32
ft.S
ft.S.16
ft.S.2
ft.S.32
ft.S.4
ft.S.8
ft.W.16
ft.W.2
ft.W.32
ft.W.4
ft.W.8
g94_187
g94_acet
g94_alac
g94_c120
g94_c180
g94_c240
g94_c2nz
g94_c300
g94_cbs4
g94_clac
g94_d120
g94_d180
g94_d240
g94_d300
g94_dlac
g94_lac
g94_nh2_oe2
g94_noh
g94_nohh
g94_o2_od2
g94_sch1
g94_sch2
ga_sp1
gather.run
generate
gs.run
gtcmpi
gtcmpi
gtcmpi
gtcmpi1
gtcmpi1
gtcmpiomp
gtcmpiomp-orig
gtcmpiomp-p
gyro_sample
hacc_tpm
hacc_tpm
hacc_tpm_inst
hdc-fti
hdc-fti
hdc-ins
hdc-ins
hdc-ins
hdc-ins
he4.script
he6.script
HelloWorld_p
HelloWorld_p_sp2
HelloWorld_s_linux
HelloWorld_s_sgi2000
HelloWorld_s_sp2
HelloWorld_s_sun
HelloWorldP_sp2
hybrid-orig
hybrid-p
ike
IMBMPI1
inswkrun
is_A_16_sp2
is_A_2_sgi
is_A_2_sp2
is_A_32_sp2
is_A_4_sgi
is_A_4_sp2
is_A_8_sgi
is_A_8_sp2
is_A_sgi
is_A_sp2
is_B_16_sp2
is_B_32_sp2
is_B_4_sp2
is_B_8_sp2
is_C_16_sp2
is_C_32_sp2
is_S_16_sp2
is_S_2_sp2
is_S_32_sp2
is_S_4_sp2
is_S_8_sp2
is_S_sp2
is_W_16_sp2
is_W_2_sp2
is_W_32_sp2
is_W_4_sp2
is_W_8_sp2
is_W_sp2
Journal_2006
knary.catapult.prof
knary.dual.prof
knary.his.prof
knary.ideal.noprof
knary.nop.prof
knary.range.prof
knary.shis.prof
knary.snd.prof
knary.spn.prof
lbm_sample
li6.new.script
li6.script
li7.script
LOWBC_linux
lu-1024-classE
lu-2048-classE
lu-4096-classE
lu-8192-classE
lu-mz.A.1
lu-mz.A.1.1
lu-mz.A.1.16
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.1.16
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.1.16
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
lulesh-v2-ins
lulesh2.0-ins
lulesh2.0-ins
lulesh2.0-inst
mat
matmat_sgi
matmat_sp2
matrixn.catapult.prof
matrixn.dual.prof
matrixn.his.prof
matrixn.ideal.noprof
matrixn.range.prof
matrixn.shis.prof
matrixn.snd.prof
matrixn.spn.prof
mb-adh
mb-anolis
mb-avian_ovomucoids
mb-cynmix
mb-primates
mb-primates
mb-primates
mb-replicase
mb-replicase
mb-replicase
mcast.run
mcf
md_4_sgi
md_sgi
mesa
mg
mg.A.16
mg.A.2
mg.A.32
mg.A.4
mg.A.8
mg.B.16
mg.B.2
mg.B.32
mg.B.4
mg.B.8
mg.S
mg.S.16
mg.S.2
mg.S.32
mg.S.4
mg.S.8
mg.W
mg.W.16
mg.W.2
mg.W.32
mg.W.4
mg.W.8
MILC
mm_paide
mm_paide
mms1_linux
mms1_linux
mms2_linux
mms3_linux
mpiPLACE
mplb
mplbatch
mplbatch.davidson
mplbatch.exact
mplbatch.exact.10000
mplbatch.spam
mplscript
myout
myreduce.run
mys2
mys2_agg_256_32n
mys2_agg_64_32n
mys2_sten_256_32n
mys2_sten_64_32n
n27parit.sub
Nano wonder
nek5000
nek5000
nekbone
nekbone
nekbone
nekbone
nekbone-inst
NO_EXE
nsup.pr.sub
nt3-hybrid-opt.py
oceanM_A_01X04
oceanM_A_01X08
oceanM_A_01X16
oceanM_B_01X02_ppn1
oceanM_B_01X02_ppn1_64
oceanM_B_01X04_ppn1
oceanM_B_01X04_ppn1_64
oceanM_B_01X08_ppn1
oceanM_B_01X08_ppn1_64
onedsandr
openmc
p1b2-hybrid.py
par
par.catapult.prof
par.dual.prof
par.his.prof
par.ideal.noprof
par.range.prof
par.shis.prof
par.snd.prof
par.spn.prof
paraffins
paraffins.catapult.prof
paraffins.dual.prof
paraffins.his.prof
paraffins.ideal.noprof
paraffins.nop.prof
paraffins.range.prof
paraffins.shis.prof
paraffins.snd.prof
paraffins.spn.prof
partsp.catapult.prof
partsp.dual.prof
partsp.his.prof
partsp.ideal.noprof
partsp.nop.prof
partsp.range.prof
partsp.shis.prof
partsp.snd.prof
partsp.spn.prof
pi_linux
plbm
plbm
poisson.catapult.prof
poisson.dual.prof
poisson.his.prof
poisson.nop.prof
poisson.range.prof
poisson.shis.prof
poisson.snd.prof
poisson.spn.prof
ppsum_MPI_linux
prog2out
prophout
psum
psum_linux
psum_MPI
psum_MPI_linux
psum_MPI_linux
psum_OMP_linux
psum_p
px25.pr.sub
px2500.sub
qb-bgq-inst
quake
queens.catapult.prof
queens.dual.prof
queens.his.prof
queens.ideal.noprof
queens.nop.prof
queens.range.prof
queens.shis.prof
queens.snd.prof
queens.spn.prof
ru62t
ru62t.16
ru62t.2
ru62t.4
ru62t.ppfs
run
run.chad
run.chad.rst
run.chad2mat
run1
run16
run2
run32
run36
run4
run6
run7
run7_dyn
run8
run9_dyn
run_chad
run_dyn
run_dyn_test
run_g94l
run_g94l
run_g94l_piofs
run_ga
run_ga_pm3
run_ga_pm3_db
run_ga_pm3_db_nodes
run_hh
run_job
run_one
runa
runc
rung94.com
runma62
runma621943
runma621943m
runma621943r
runma621943s
runma621982
runma621982m
runma621982r
runma621982s
runma621985
runma621985m
runma621985r
runma621985s
runma621996
runma621996m
runma621996r
runma621996s
runma621996t
runma62A1s
runma62A2
runma62A2s
runma62B1
runma62B1s
runma62B2
runma62B2s
runma62MAX
runma62MAXs
runma62min
runma62mins
runme
RunMPI
RunMPI_new
RunMPL
RunTCP
RunTCP_new
RunTCP_newer
RunTCP_newerstill
s2_256
s2_64
scanner_test
scatter.run
scp1
scp124b
scp2
scp438a
scp438b
scp438c
scp438e
scpd
scpn
script32
script32-35
script4-35
script96
seis_mig
shallow0000_256
shell.script
shell0.script
shell2.script
shell21.script
shell3.script
signalext_ga
signalext_ga2
simp
sp-C
sp-mz.A.1
sp-mz.A.1.1
sp-mz.A.1.16
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.1.16
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.1.16
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.16
sp-mz.C.2
sp-mz.C.2
sp-mz.C.2.8
sp-mz.C.256
sp-mz.C.32
sp-mz.C.32
sp-mz.C.32.8
sp-mz.C.4
sp-mz.C.4
sp-mz.C.64
sp-mz.C.8
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.16
sp-mz.D.16
sp-mz.D.16
sp-mz.D.16
sp-mz.D.16
sp-mz.D.256
sp-mz.D.32
sp-mz.D.32
sp-mz.D.32
sp-mz.D.32.8
sp-mz.D.512
sp-mz.D.64
sp-mz.D.64
sp-mz.D.64
sp-mz.D.64.8
sp-mz.D.8
sp-mz.D.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
sp.A
sp.B
sp.W
SP1
sp1.batch
sp1run.1
SP2
spmd.catapult.prof
spmd.dual.prof
spmd.his.prof
spmd.ideal.noprof
spmd.nop.prof
spmd.range.prof
spmd.shis.prof
spmd.snd.prof
spmd.spn.prof
srun
sscript
stream-512
stream_mpic
stream_mpic
stream_mpic
stream_mpic
stream_mpic-fti
stream_mpic-fti
su3_rmd
su3_rmd
su3_rmd
submit.cdma
submit.stream
submit_newsim
submit_variableD
superman.16
superman.8
svapp4
svpabloapp
swim
Synergia_2006
test1
test1
test10
test2
test2
test3
test4
test5
test6
test7
test_cre
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
testing_ftdqr.x
token_fib.catapult.prof
token_fib.dual.prof
token_fib.his.prof
token_fib.ideal.noprof
token_fib.nop.prof
token_fib.range.prof
token_fib.shis.prof
token_fib.snd.prof
token_fib.spn.noprof
token_fib.spn.prof
token_fib.spn_np.prof
tpm
tpm128
tpm16
tpm32
tpm4
tpm64
tpm8
trid
trun
usr
vrun
whetston.x
wkrun
XSBench
xsbench
z_solve_LU_sp-mz.D.16
Download CSV
Scatter-Plot
Application-level Performance
100s
300w
LIGO_GEO 1.0; atlas.dpcc.uta.edu; 2 Processors; ComputeFStatistic_i_inst; AlphaBand=0.0015, FreqBand=0.008, DeltaBand=5.0e-05
31
Lowest Power
Lowest Energy
6126.244585
LIGO_GEO 1.0; atlas.dpcc.uta.edu; 2 Processors; ComputeFStatistic_i_inst; AlphaBand=0.0055, FreqBand=0.004, DeltaBand=5.0e-05
32
16867.921257
LIGO_GEO 1.0; atlas.dpcc.uta.edu; 2 Processors; ComputeFStatistic_i_inst; AlphaBand=0.0065, FreqBand=0.002, DeltaBand=5.0e-05
33
11425.265196
CPI 2.0; Prophesy Linux; 3 Processors; cpi_linux; PI25DT=3.141593, n=1000.0
154
0.002296
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =100.0
155
0.044792
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =150.0
156
0.104586
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =250.0
157
0.390297
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =300.0
158
0.630608
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =350.0
159
0.993833
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =400.0
160
1.435908
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =450.0
161
2.062013
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =500.0
162
2.925394
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =550.0
163
4.008228
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =600.0
164
5.405404
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =650.0
165
7.009189
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =700.0
166
8.926139
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =750.0
167
11.178957
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =800.0
168
13.786203
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =850.0
169
16.784033
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =900.0
170
20.20026
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =950.0
171
24.112926
Parallel Matrix Matrix Multiply 0.0; SGI Origin2000; 8 Processors; matmat_sgi; =1000.0
172
28.433988
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =1000.0
173
50.033837
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2
174
50.034922
181
12.207992
185
4.30665
189
1.61194
194
0.264437
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =950.0
175
41.965275
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =900.0
176
34.636839
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =850.0
177
28.043814
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =800.0
178
22.393016
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =750.0
179
16.607711
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =700.0
180
12.207102
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =650.0
182
8.943564
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =600.0
183
6.420872
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =550.0
184
4.319005
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =500.0
186
3.185099
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =450.0
187
2.466637
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =400.0
188
1.610831
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =350.0
190
1.129909
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =300.0
191
0.908763
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =250.0
192
0.48064
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =200.0
193
0.262988
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =150.0
195
0.130584
Parallel Matrix Matrix Multiply 0.0; IBM SP2; 16 Processors; matmat_sp2; =100.0
196
0.056178
Cactus 1.0; CC- 2 proc/node; 64 Processors; Cactus; =100.0
197
87.64
Cactus 1.0; CC- 2 proc/node; 128 Processors; Cactus
198
40.26
199
41.84
Cactus 1.0; CC- 2 proc/node; 256 Processors; Cactus; =200.0
200
451.9
Cactus 1.0; CC- 2 proc/node; 32 Processors; Cactus
201
153.2
MILC 1.0; ROAD RUNNER (milcrr, 5/9); 1 Processors; MILC; =24.0
202
5987.89
MILC 1.0; ROAD RUNNER (milcrr, 5/9); 8 Processors; MILC
207
944.16
208
962.45
MILC 1.0; ROAD RUNNER (milcrr, 5/9); 16 Processors; MILC
209
500.21
210
498.16
MILC 1.0; ROAD RUNNER (milcrr, 5/9); 32 Processors; MILC
211
263.1
MILC 1.0; ROAD RUNNER (milcrr, 5/9); 64 Processors; MILC
212
162.01
213
154.21
Seismic Migration 1.0; PARAM 10000; 64 Processors; seis_mig
214
25357.0
NAS Parallel MG Benchmark 2.3; ECE SGI Origin2000; 8 Processors; mg
215
87.899187
Quake 0.0; scandium; 2 Processors; quake
221
32.180756
MESA 1.0; yellow; 1 Processors; mesa; =1000.0
225
8031.660632
Applu 1.0; scandium; 1 Processors; applu; =1000.0
226
8.985154
AMMP Test 1.0; yellow; 1 Processors; ammp_test; =1000.0
227
127.06364
AMMP 1.0; yellow; 1 Processors; ammp; =1000.0
228
6667.987267
AMMP 1.0; yellow; 1 Processors; ammp
229
11288.107564
ART Test 1.0; yellow; 1 Processors; scanner_test; =1000.0
230
112.033006
SWIM 1.0; yellow; 1 Processors; swim; =1000.0
231
6862.382573
SWIM 1.0; scandium; 1 Processors; swim
232
11333.966183
mcf 1.0; scandium; 1 Processors; mcf; =1000.0
239
21.494675
ATHENA-ATLFAST (PYTHIA) 3.0; cern linux 686; 1 Processors; athena (#events=2000); number of events=2000.0
240
15.66
ATHENA-ATLFAST (PYTHIA) 3.0; cern linux 686; 1 Processors; athena (#events=4000); number of events=4000.0
241
31.2
ATHENA-ATLFAST (PYTHIA) 3.0; cern linux 686; 1 Processors; athena (#events=6000); number of events=6000.0
242
46.9
ATHENA-ATLFAST (PYTHIA) 3.0; cern linux 686; 1 Processors; athena (#events=8000); number of events=8000.0
243
62.4
ATHENA-ATLFAST (PYTHIA) 3.0; cern linux 686; 1 Processors; athena (#events=10000); number of events=10000.0
244
78.0
NAS Parallel CG Benchmark 2.3; ECE SGI Origin2000; 8 Processors; cg_A_8_sgi; Class A=14000.0
245
7.640576
NAS Parallel CG Benchmark 2.3; ECE SGI Origin2000; 4 Processors; cg_A_4_sgi; Class A=14000.0
246
15.515881
NAS Parallel CG Benchmark 2.3; ECE SGI Origin2000; 2 Processors; cg_A_2_sgi; Class A=14000.0
247
31.355216
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 2 Processors; cg_S_2_sp2; Problem size=1400.0
248
1.02
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 2 Processors; cg_W_2_sp2; problem size=7000.0
249
5.6
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 2 Processors; cg_A_2_sp2; Class A=14000.0
250
22.94
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 2 Processors; cg_B_2_sp2; problem size=75000.0
251
3000.53
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 4 Processors; cg_S_4_sp2; problem size=1400.0
252
0.74
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 4 Processors; cg_W_4_sp2; problem size=7000.0
253
3.62
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 4 Processors; cg_A_4_sp2; problem=14000.0
254
13.08
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 4 Processors; cg_B_4_sp2; problem size=75000.0
255
1546.32
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 8 Processors; cg_S_8_sp2; problem size=1400.0
256
0.6
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 8 Processors; cg_W_8_sp2; problem size=7000.0
257
2.33
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 8 Processors; cg_A_8_sp2; problem size=14000.0
258
6.5
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 8 Processors; cg_B_8_sp2; problem size=75000.0
259
634.28
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 8 Processors; cg_C_8_sp2; problem size=150000.0
260
2036.93
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 16 Processors; cg_S_16_sp2; problem size=1400.0
261
0.49
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 16 Processors; cg_W_16_sp2; problem size=7000.0
262
1.78
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 16 Processors; cg_A_16_sp2; problem size=14000.0
263
4.42
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 16 Processors; cg_B_16_sp2; problem size=75000.0
264
343.45
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 16 Processors; cg_C_16_sp2; problem size=150000.0
265
1069.24
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 32 Processors; cg_S_32_sp2; problem size=1400.0
266
0.54
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 32 Processors; cg_W_32_sp2; problem size=7000.0
267
1.74
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 32 Processors; cg_A_32_sp2; problem size=14000.0
268
2.99
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 32 Processors; cg_B_32_sp2; problem size=75000.0
269
120.96
NAS Parallel CG Benchmark 2.3; IBM SP2 at ANL; 32 Processors; cg_C_32_sp2; problem size=150000.0
270
467.4
NAS Serial CG Benchmark 2.3; ECE SGI Origin2000; 1 Processors; cg_A_sgi; Class A=14000.0
271
54.055658
NAS Serial CG Benchmark 2.3; IBM SP2 at ANL; 1 Processors; cg_A_sp2; Problem Size=14000.0
272
105.65
NAS Serial CG Benchmark 2.3; IBM SP2 at ANL; 1 Processors; cg_W_sp2; Problem Size=7000.0
273
12.68
NAS Serial CG Benchmark 2.3; IBM SP2 at ANL; 1 Processors; cg_S_sp2; Problem size=1400.0
274
1.32
NAS Serial IS Benchmark 2.3; ECE SGI Origin2000; 1 Processors; is_A_sgi; Class A=23.0
275
30.525427
NAS Serial IS Benchmark 2.3; IBM SP2 at ANL; 1 Processors; is_S_sp2; problem size=65536.0
276
0.12
NAS Serial IS Benchmark 2.3; IBM SP2 at ANL; 1 Processors; is_W_sp2; problem size=20.0
277
4.79
NAS Serial IS Benchmark 2.3; IBM SP2 at ANL; 1 Processors; is_A_sp2; problem size=23.0
278
39.85
NAS Parallel IS Benchmark 2.3; ECE SGI Origin2000; 8 Processors; is_A_8_sgi; Class A=23.0
279
6.314647
NAS Parallel IS Benchmark 2.3; ECE SGI Origin2000; 8 Processors; is_A_8_sgi
280
6.314707
NAS Parallel IS Benchmark 2.3; ECE SGI Origin2000; 4 Processors; is_A_4_sgi; Class A=23.0
281
13.576732
NAS Parallel IS Benchmark 2.3; ECE SGI Origin2000; 2 Processors; is_A_2_sgi; Class A=23.0
282
27.14525
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 2 Processors; is_S_2_sp2; Class S=16.0
283
0.08
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 4 Processors; is_S_4_sp2; Class S=16.0
284
0.06
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 8 Processors; is_S_8_sp2; Class S=16.0
285
0.07
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 16 Processors; is_S_16_sp2; Class S=16.0
286
0.07
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 32 Processors; is_S_32_sp2; Class S=16.0
287
0.08
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 32 Processors; is_W_32_sp2
288
0.22
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 16 Processors; is_W_16_sp2
289
0.31
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 8 Processors; is_W_8_sp2; Class W=20.0
290
0.51
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 4 Processors; is_W_4_sp2; Class W=20.0
291
1.14
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 2 Processors; is_W_2_sp2; Class W=20.0
292
2.24
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 2 Processors; is_A_2_sp2; Class A=23.0
293
21.2
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 4 Processors; is_A_4_sp2; problem size=23.0
294
11.0
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 8 Processors; is_A_8_sp2
295
5.71
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 16 Processors; is_A_16_sp2; Class A=23.0
296
2.82
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 32 Processors; is_A_32_sp2; Class A=23.0
297
1.66
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 32 Processors; is_B_32_sp2; Class B=25.0
298
6.96
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 16 Processors; is_B_16_sp2; Class B=25.0
299
12.29
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 8 Processors; is_B_8_sp2; problem size=25.0
300
22.99
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 4 Processors; is_B_4_sp2; problem size=25.0
301
44.23
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 16 Processors; is_C_16_sp2; problem size=27.0
302
49.06
NAS Parallel IS Benchmark 2.3; IBM SP2 at ANL; 32 Processors; is_C_32_sp2; problem size=27.0
303
28.49
Parallel Molecular Dynamics 1.0; ECE SGI Origin2000; 4 Processors; md_4_sgi; 125 atoms=125.0
304
46.258822
Serial Molecular Dynamics 1.0; ECE SGI Origin2000; 1 Processors; md_sgi; 125 atoms=125.0
305
44.308957
NAS Parallel FT Benchmark 2.0; IBM SPs at ANL; 4 Processors; ft.A.4; Class A=256.0
306
51.2
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 2 Processors; ft.A.2; Class A=256.0
307
272.03
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 8 Processors; ft.A.8; Class A=256.0
308
26.6
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 16 Processors; ft.A.16; Class A=256.0
309
13.55
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 32 Processors; ft.A.32; Class A=256.0
310
6.94
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 32 Processors; ft.C.32; Class C=512.0
311
6307.86
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 32 Processors; ft.B.32; Class B=512.0
312
104.3
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 16 Processors; ft.B.16; Class B=512.0
313
232.1
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 8 Processors; ft.B.8; Class B=512.0
314
3292.51
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 32 Processors; ft.W.32; Class W=128.0
315
0.36
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 16 Processors; ft.W.16; Class W=128.0
316
0.65
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 8 Processors; ft.W.8; Class W=128.0
317
1.22
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 4 Processors; ft.W.4; Class W=128.0
318
2.15
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 2 Processors; ft.W.2; Class W=128.0
319
4.2
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 2 Processors; ft.S.2; Class S=64.0
320
1.52
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 4 Processors; ft.S.4; Class S=64.0
321
0.85
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 8 Processors; ft.S.8; Class S=64.0
322
0.48
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 16 Processors; ft.S.16; Class S=64.0
323
0.28
NAS Parallel FT Benchmark 2.0; IBM SP2 at ANL; 32 Processors; ft.S.32; Class S=64.0
324
0.19
NAS Sequential FT Benchmarks 2.0; IBM SP at ANL; 1 Processors; ft.A; Problem Size=256.0
325
570.66
NAS Sequential FT Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ft.S
326
2.62
NAS Sequential MG Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; mg.S; Class S=32.0
327
0.16
NAS Sequential MG Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; mg.W; Class W=64.0
328
10.53
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; mg.S.2; Class S=32.0
329
0.11
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; mg.W.2; Class W=64.0
330
5.92
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; mg.B.4; Class B=256.0
333
68.31
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; mg.A.4; Class A=256.0
334
14.79
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; mg.W.4; Class W=64.0
335
4.04
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; mg.S.4; Class S=32.0
336
0.08
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; mg.S.8; Class S=32.0
337
0.05
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; mg.W.8; Class W=64.0
338
1.88
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; mg.A.8; Class A=256.0
339
Lowest Runtime
0.0
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; mg.B.8; Class B=256.0
340
32.52
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; mg.B.16; Class B=256.0
341
19.09
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; mg.A.16; Class A=256.0
342
4.05
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; mg.W.16; Class W=64.0
343
1.25
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; mg.S.16; Class S=32.0
344
0.04
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; mg.S.32; Class S=32.0
345
0.04
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; mg.W.32; Class W=64.0
346
0.98
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; mg.A.32; Class A=256.0
347
2.46
NAS Parallel MG Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; mg.B.32; Class B=256.0
348
11.75
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; ep.S.2; Class S=24.0
349
13.45
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; ep.W.2; Class W=25.0
350
26.88
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; ep.A.2; Class A=28.0
351
214.34
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; ep.B.2; Class B=30.0
352
858.71
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 2 Processors; ep.C.2; Class C=32.0
353
3411.83
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; ep.C.4; Class C=32.0
354
1728.48
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; ep.B.4; Class B=30.0
355
435.68
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; ep.A.4; Class A=28.0
356
108.04
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; ep.W.4; Class W=25.0
357
13.56
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; ep.S.4; Class S=24.0
358
6.74
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; ep.S.8; Class S=24.0
359
3.4
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; ep.W.8; Class W=25.0
360
6.79
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; ep.A.8; Class A=28.0
361
54.07
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; ep.B.8; Class B=30.0
362
224.05
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 8 Processors; ep.C.8; Class C=32.0
363
879.94
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; ep.C.16; Class C=32.0
364
437.69
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; ep.B.16; Class B=30.0
365
111.22
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; ep.A.16; Class A=28.0
366
27.16
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; ep.S.16; Class S=24.0
368
1.71
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; ep.S.32; Class S=24.0
369
0.86
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; ep.W.32; Class W=25.0
370
1.74
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; ep.A.32; Class A=28.0
371
13.59
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; ep.B.32; Class B=30.0
372
54.54
NAS Parallel EP Benchmarks 2.0; IBM SP2 at ANL; 32 Processors; ep.C.32; Class C=32.0
373
216.47
NAS Sequential EP Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ep.S; Class S=24.0
374
26.63
NAS Sequential EP Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ep.W; Class W=25.0
375
52.78
NAS Sequential EP Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ep.A; Class A=28.0
376
434.68
NAS Sequential EP Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ep.B; Class B=30.0
377
1705.86
NAS Sequential EP Benchmarks 2.0; IBM SP2 at ANL; 1 Processors; ep.C; Class C=32.0
378
6749.45
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; bt.W.4.sp2; Class W=24.0
379
28.1184
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 9 Processors; bt.W.9.sp2; Class W=24.0
380
14.6031
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; bt.W.16.sp2; Class W=24.0
381
9.8032
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 25 Processors; bt.W.25.sp2; Class W=24.0
382
7.5263
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 4 Processors; bt.A.4.sp2; Class A=64.0
383
572.805
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 9 Processors; bt.A.9.sp2; Class A=64.0
384
263.628
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 16 Processors; bt.A.16.sp2; Class A=64.0
385
156.33
NAS Parallel BT Benchmarks 2.0; IBM SP2 at ANL; 25 Processors; bt.A.25.sp2; Class A=64.0
386
107.708
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 4 Processors; bt.W.4; Class W=24.0
387
22.7557
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 9 Processors; bt.W.9; Class W=24.0
388
12.1348
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 16 Processors; bt.W.16; Class W=24.0
389
6.77772
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 25 Processors; bt.W.25; Class W=24.0
390
4.53443
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 4 Processors; bt.B.4; Class B=102.0
391
2068.5
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 9 Processors; bt.B.9; Class B=102.0
392
1033.56
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 16 Processors; bt.B.16; Class B=102.0
393
595.765
NAS Parallel BT Benchmarks 2.0; Linux supercluster at UNM; 25 Processors; bt.B.25; Class B=102.0
394
374.067
TPM 1.0; NCSA IA-64; 8 Processors; tpm; problem size=128.0
395
142.387489
svpablo application 1.0; NCSA IA64; 4 Processors; svapp4; problem size=128.0
398
736.331067
TPM code 1.1; NCSA IA-64; 4 Processors; tpm4; problem size=128.0
399
231.171836
TPM code 1.1; NCSA IA-64; 8 Processors; tpm8; problem size=128.0
400
144.082396
TPM code 1.1; NCSA IA-64; 32 Processors; tpm32; problem size=128.0
401
56.051694
TPM code 1.1; NCSA IA-64; 64 Processors; tpm64; problem size=128.0
402
44.80466
TPM code 1.1; NCSA IA-64; 16 Processors; tpm16; problem size=128.0
403
88.508306
TPM code 1.1; NCSA IA-64; 128 Processors; tpm128; problem size=128.0
404
43.974521
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=10000.0
411
7.987044
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=1000.0
412
4.08894
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=2000.0
413
4.507321
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=3000.0
414
4.972291
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=4000.0
415
5.579226
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=5000.0
416
6.076705
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=6000.0
417
8.008823
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=7000.0
418
6.730197
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=8000.0
419
7.102345
Howdy 1.0; RH Linux9.0; 1 Processors; HelloWorld_s_linux; problem size=9000.0
420
7.621312
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=10000.0
421
2.841071
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=1000.0
422
0.074886
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=2000.0
423
0.085868
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=3000.0
424
0.101876
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=4000.0
425
0.208372
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=5000.0
426
0.394934
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=6000.0
427
1.745891
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=7000.0
428
1.08287
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=8000.0
429
2.670199
Howdy 1.0; SunOS 5.8; 1 Processors; HelloWorld_s_sun; problem size=9000.0
430
3.183596
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=10000.0
431
1.607858
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=1000.0
432
0.135798
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=2000.0
433
0.31387
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=3000.0
434
0.449545
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=4000.0
435
0.639822
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=5000.0
436
0.77509
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=6000.0
437
0.973871
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=7000.0
438
1.140277
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=8000.0
439
1.228121
Howdy 1.0; SGI Origin2000; 1 Processors; HelloWorld_s_sgi2000; problem size=9000.0
440
1.479974
Howdy 1.0; IMB Regatta@TAMU; 1 Processors; HelloWorld_s_sp2; problem size=10000.0
441
1.602129
Howdy 1.0; IBM Regatta@TAMU; 1 Processors; HelloWorld_s_sp2; problem size=1000.0
442
0.017411
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=2000.0
443
0.130592
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2
444
0.023775
454
0.103508
Howdy 1.0; IBM Regatta; 16 Processors; HelloWorld_s_sp2
445
3.218612
Howdy 1.0; IBM Regatta; 4 Processors; HelloWorld_s_sp2; problem size=3000.0
446
0.354291
Howdy 1.0; IBM Regatta; 5 Processors; HelloWorld_s_sp2
447
2.939868
448
2.951797
Howdy 1.0; IBM Regatta; 3 Processors; HelloWorld_s_sp2
449
4.211414
450
0.792622
Howdy 1.0; IBM Regatta; 3 Processors; HelloWorld_s_sp2; problem size=4000.0
451
1.549923
Howdy 1.0; IBM Regatta; 4 Processors; HelloWorld_s_sp2
452
3.169874
Howdy 1.0; IBM Regatta; 5 Processors; HelloWorld_s_sp2; problem size=5000.0
453
6.129892
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=500.0
455
0.009275
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=6000.0
456
0.132376
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=7000.0
457
0.132942
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=8000.0
458
1.890582
Howdy 1.0; IBM Regatta; 1 Processors; HelloWorld_s_sp2; problem size=9000.0
459
3.398033
Howdy 1.0; IBM Regatta; 8 Processors; HelloWorldP_sp2; problem size=1000.0
460
1.686509
Howdy 1.0; IBM Regatta; 8 Processors; HelloWorldP_sp2
461
2.720558
Howdy_p 1.0; IBM Regatta; 8 Processors; HelloWorld_p; problem size=1000.0
477
0.438686
Howdy_p 1.0; IBM Regatta; 8 Processors; HelloWorld_p; problem size=2000.0
478
2.991655