All tasks for computer 239978
State: All (17) · In progress (0) · Validation pending (0) · Validation inconclusive (0) · Valid (16) · Invalid (1) · Error (0)
Application: All (17) · Beta of DENIS-myocyte (0) · Human ventricular cell models optimization (17) · New human ventricular cell model (0)
| Task click for details Show names | Work unit click for details | Sent | Time reported or deadline explain | Status | Run time (sec) | CPU time (sec) | Credit | Application |
|---|---|---|---|---|---|---|---|---|
| 44650052 | 21201376 | 27 Apr 2024, 8:40:31 UTC | 28 Apr 2024, 5:53:09 UTC | Completed and validated | 3,642.00 | 3,597.34 | 58.79 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44650201 | 21201451 | 27 Apr 2024, 8:40:30 UTC | 28 Apr 2024, 4:32:24 UTC | Completed, marked as invalid | 2,542.05 | 2,503.78 | 0.00 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44649831 | 21201266 | 27 Apr 2024, 8:40:30 UTC | 28 Apr 2024, 5:40:33 UTC | Completed and validated | 2,552.99 | 2,516.13 | 45.90 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44434039 | 21093624 | 26 Apr 2024, 11:11:42 UTC | 27 Apr 2024, 5:46:45 UTC | Completed and validated | 2,921.48 | 2,871.55 | 48.95 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44433957 | 21093583 | 26 Apr 2024, 11:11:42 UTC | 27 Apr 2024, 6:48:28 UTC | Completed and validated | 2,653.77 | 2,584.52 | 40.67 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425316 | 21089266 | 26 Apr 2024, 10:09:16 UTC | 26 Apr 2024, 16:52:02 UTC | Completed and validated | 2,576.93 | 2,528.41 | 42.88 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425384 | 21089300 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 2:28:15 UTC | Completed and validated | 2,588.24 | 2,501.23 | 41.56 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425367 | 21089291 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 2:28:15 UTC | Completed and validated | 2,636.70 | 2,511.27 | 41.42 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425334 | 21089275 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 2:28:15 UTC | Completed and validated | 2,647.71 | 2,545.95 | 41.84 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44424983 | 21089102 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 3:33:45 UTC | Completed and validated | 2,557.50 | 2,507.91 | 41.13 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425313 | 21089264 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 3:33:45 UTC | Completed and validated | 2,580.51 | 2,538.25 | 43.96 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425311 | 21089263 | 26 Apr 2024, 10:09:16 UTC | 26 Apr 2024, 16:52:02 UTC | Completed and validated | 2,578.59 | 2,526.95 | 43.94 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425298 | 21089257 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 3:33:45 UTC | Completed and validated | 2,600.87 | 2,539.70 | 41.02 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425245 | 21089230 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 4:36:24 UTC | Completed and validated | 2,590.86 | 2,541.77 | 42.52 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425237 | 21089226 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 3:33:45 UTC | Completed and validated | 2,598.63 | 2,544.73 | 42.08 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425090 | 21089153 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 4:36:24 UTC | Completed and validated | 2,688.10 | 2,635.72 | 43.94 | Human ventricular cell models optimization v0.02 windows_x86_64 |
| 44425088 | 21089152 | 26 Apr 2024, 10:09:16 UTC | 27 Apr 2024, 3:33:45 UTC | Completed and validated | 2,585.61 | 2,540.17 | 43.53 | Human ventricular cell models optimization v0.02 windows_x86_64 |
State: All (17) · In progress (0) · Validation pending (0) · Validation inconclusive (0) · Valid (16) · Invalid (1) · Error (0)
Application: All (17) · Beta of DENIS-myocyte (0) · Human ventricular cell models optimization (17) · New human ventricular cell model (0)
