All tasks for computer 222741
State: All (17) · In progress (0) · Validation pending (0) · Validation inconclusive (0) · Valid (17) · Invalid (0) · 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 |
---|---|---|---|---|---|---|---|---|
44840133 | 21296221 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 11:04:33 UTC | Completed and validated | 3,945.85 | 3,752.58 | 47.85 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840336 | 21296322 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 8:34:45 UTC | Completed and validated | 3,323.65 | 3,226.77 | 40.93 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840335 | 21296321 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 8:34:45 UTC | Completed and validated | 3,309.69 | 3,236.58 | 41.94 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840303 | 21296305 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 7:30:43 UTC | Completed and validated | 3,428.82 | 3,299.78 | 41.72 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840301 | 21296304 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 6:06:03 UTC | Completed and validated | 3,433.01 | 3,302.09 | 37.28 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840299 | 21296303 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 6:06:03 UTC | Completed and validated | 3,433.55 | 3,301.77 | 42.54 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840240 | 21296274 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 9:57:26 UTC | Completed and validated | 3,314.01 | 3,240.83 | 41.17 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840201 | 21296254 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 4:38:19 UTC | Completed and validated | 3,440.47 | 3,311.67 | 41.94 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44840136 | 21296222 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 7:30:43 UTC | Completed and validated | 3,820.41 | 3,677.81 | 45.84 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839817 | 21296063 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 4:38:19 UTC | Completed and validated | 3,458.65 | 3,326.44 | 41.16 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839816 | 21296062 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 6:06:03 UTC | Completed and validated | 3,447.28 | 3,313.89 | 42.74 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839814 | 21296061 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 4:38:19 UTC | Completed and validated | 3,500.49 | 3,378.58 | 43.07 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839809 | 21296059 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 8:34:45 UTC | Completed and validated | 3,377.80 | 3,252.28 | 43.99 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839808 | 21296058 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 11:04:33 UTC | Completed and validated | 3,528.57 | 3,448.28 | 41.86 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839805 | 21296057 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 9:57:26 UTC | Completed and validated | 3,400.06 | 3,237.66 | 42.15 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44839803 | 21296056 | 28 Apr 2024, 2:36:53 UTC | 28 Apr 2024, 7:30:43 UTC | Completed and validated | 3,394.16 | 3,260.73 | 42.19 | Human ventricular cell models optimization v0.02 windows_x86_64 |
44161394 | 20963627 | 25 Apr 2024, 8:38:15 UTC | 25 Apr 2024, 15:24:28 UTC | Completed and validated | 3,424.06 | 3,311.78 | 40.30 | Human ventricular cell models optimization v0.02 windows_x86_64 |
State: All (17) · In progress (0) · Validation pending (0) · Validation inconclusive (0) · Valid (17) · Invalid (0) · Error (0)
Application: All (17) · Beta of DENIS-myocyte (0) · Human ventricular cell models optimization (17) · New human ventricular cell model (0)