Version 3.0.0
Date 02:28 13/01/2024
Compiler cc (Debian 12.2.0-14) 12.2.0
Core count 8
CPU name Intel(R) Core(TM) i7 CPU 870 @ 2.93GHz
Comment Debian 12

999

Overall score


404

-

Singlecore

1714

4.2 x ratio

Multicore

1443

3.6 x ratio

Quadcore

1693

4.2 x ratio

Workstation

Non optimized Single core Multi core Quad core Workstation
Maximum 1037 3890 3746 3850
Average 460 1920 1644 1897
Geometric 404 1714 1443 1693
Harmonic 353 1533 1262 1514
Minimum 160 756 571 746
# Kernel name
1. Hydro fragment 728 2769 2639 2737
2. ICCG excerpt (Incomplete Cholesky Conjugate Gradient) 538 1973 1911 1956
3. Inner product 419 1821 1491 1817
4. Banded linear equations 458 1868 1655 1855
5. Tri-diagonal elimination, below diagonal 364 1483 1333 1474
6. General linear recurrence equations 288 1197 1027 1189
7. Equation of state fragment 1037 3890 3746 3850
8. ADI integration 544 2272 1943 2226
9. Integrate predictors 821 3114 2933 3049
10. Difference predictors 160 902 571 889
11. First sum 219 950 782 941
12. First difference 216 932 789 926
13. 2-D PIC (Particle In Cell) 185 756 652 746
14. 1-D PIC (Particle In Cell) 203 985 715 968
15. Casual Fortran. Development version 543 2406 1935 2382
16. Monte Carlo search loop 363 1440 1297 1410
17. Implicit, conditional computation 645 2787 2291 2702
18. 2-D explicit hydrodynamics fragment 457 1701 1632 1695
19. General linear recurrence equations 337 1550 1205 1503
20. Discrete ordinates transport, conditional recurrence on xx 832 3676 2961 3600
21. Matrix*matrix product 242 1021 861 997
22. Planckian distribution 672 3468 2383 3444
23. 2-D implicit hydrodynamics fragment 511 1942 1822 2014
24. Find location of first minimum in array 248 1187 887 1155

Optimized score - 4988 (5.0 x optimized ratio)

Optimized Single core Multi core Quad core Workstation
Maximum 9147 30561 31582 30677
Average 2650 10756 9303 10755
Geometric 1973 9011 6981 8979
Harmonic 1561 7784 5546 7740
Minimum 528 3326 1881 3300
# Kernel name
1. Hydro fragment 8328 26678 28637 26850
2. ICCG excerpt (Incomplete Cholesky Conjugate Gradient) 2143 7730 7565 7642
3. Inner product 2348 13391 8355 13347
4. Banded linear equations 2212 9197 7843 9281
5. Tri-diagonal elimination, below diagonal 882 5670 3146 5656
6. General linear recurrence equations 1592 6005 5634 6025
7. Equation of state fragment 9147 30561 31582 30677
8. ADI integration 4980 16354 17191 16327
9. Integrate predictors 5381 17897 19082 17742
10. Difference predictors 1579 6498 5621 6410
11. First sum 1247 6121 4410 6146
12. First difference 2242 9105 7900 9012
13. 2-D PIC (Particle In Cell) 528 3326 1881 3300
14. 1-D PIC (Particle In Cell) 1114 5251 3968 5200
15. Casual Fortran. Development version 1095 6473 3906 6154
16. Monte Carlo search loop 1598 6569 5673 6534
17. Implicit, conditional computation 2097 11556 7477 11568
18. 2-D explicit hydrodynamics fragment 3579 14328 12750 14095
19. General linear recurrence equations 906 6351 3229 6374
20. Discrete ordinates transport, conditional recurrence on xx 892 5866 3182 5832
21. Matrix*matrix product 5493 20752 19196 21522
22. Planckian distribution 1117 4938 3974 4935
23. 2-D implicit hydrodynamics fragment 1962 12527 6999 12551
24. Find location of first minimum in array 1143 4987 4073 4948