Valid tasks for computer 24
State: All (22) · In progress (3) · Validation pending (1) · Validation inconclusive (0) · Valid (17) · Invalid (1) · Error (0)
Application: All (22) · Beta of DENIS-myocyte (0) · Human ventricular cell models optimization (22) · 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 |
---|---|---|---|---|---|---|---|---|
48658381 | 23100793 | 17 May 2024, 12:38:14 UTC | 18 May 2024, 2:50:25 UTC | Completed and validated | 17,161.50 | 11,370.68 | 36.07 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48646312 | 23094782 | 17 May 2024, 11:18:03 UTC | 17 May 2024, 23:07:28 UTC | Completed and validated | 13,294.34 | 11,469.12 | 34.61 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48582090 | 22751500 | 17 May 2024, 2:19:15 UTC | 17 May 2024, 18:22:49 UTC | Completed and validated | 13,136.75 | 11,681.56 | 34.02 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48563030 | 23055404 | 17 May 2024, 0:08:46 UTC | 17 May 2024, 17:02:06 UTC | Completed and validated | 12,865.99 | 11,622.54 | 35.41 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48443798 | 22987481 | 16 May 2024, 11:09:40 UTC | 17 May 2024, 6:46:17 UTC | Completed and validated | 12,788.33 | 11,630.14 | 34.72 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48422926 | 22990291 | 16 May 2024, 8:46:26 UTC | 17 May 2024, 3:13:04 UTC | Completed and validated | 15,761.61 | 12,425.03 | 41.38 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48422279 | 22989968 | 16 May 2024, 8:43:57 UTC | 16 May 2024, 17:17:06 UTC | Completed and validated | 13,060.30 | 11,106.09 | 34.74 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48331856 | 22944938 | 15 May 2024, 23:04:38 UTC | 16 May 2024, 13:33:59 UTC | Completed and validated | 13,078.47 | 11,617.19 | 33.82 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48322867 | 22940447 | 15 May 2024, 21:01:04 UTC | 16 May 2024, 13:29:19 UTC | Completed and validated | 13,231.22 | 11,550.75 | 34.84 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48261901 | 22916649 | 15 May 2024, 14:38:01 UTC | 16 May 2024, 9:55:55 UTC | Completed and validated | 13,265.02 | 11,480.74 | 32.25 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48242129 | 22906782 | 15 May 2024, 12:24:28 UTC | 16 May 2024, 2:58:07 UTC | Completed and validated | 13,153.50 | 11,429.88 | 33.24 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48152183 | 22861997 | 15 May 2024, 2:25:42 UTC | 15 May 2024, 18:32:47 UTC | Completed and validated | 14,199.46 | 13,263.88 | 39.65 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48148140 | 22859978 | 15 May 2024, 2:03:02 UTC | 15 May 2024, 18:31:06 UTC | Completed and validated | 14,100.24 | 11,485.01 | 36.21 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48065991 | 22821680 | 14 May 2024, 16:20:56 UTC | 15 May 2024, 7:51:56 UTC | Completed and validated | 13,360.18 | 11,766.92 | 34.26 | Human ventricular cell models optimization v0.02 windows_x86_64 |
48012691 | 22795106 | 14 May 2024, 10:52:06 UTC | 15 May 2024, 7:31:26 UTC | Completed and validated | 14,285.38 | 11,486.18 | 36.02 | Human ventricular cell models optimization v0.02 windows_x86_64 |
47990510 | 22784073 | 14 May 2024, 8:29:43 UTC | 14 May 2024, 23:47:36 UTC | Completed and validated | 13,310.36 | 11,706.75 | 34.26 | Human ventricular cell models optimization v0.02 windows_x86_64 |
47785145 | 22686986 | 13 May 2024, 9:11:31 UTC | 14 May 2024, 4:24:21 UTC | Completed and validated | 13,155.87 | 11,607.15 | 37.77 | Human ventricular cell models optimization v0.02 windows_x86_64 |
State: All (22) · In progress (3) · Validation pending (1) · Validation inconclusive (0) · Valid (17) · Invalid (1) · Error (0)
Application: All (22) · Beta of DENIS-myocyte (0) · Human ventricular cell models optimization (22) · New human ventricular cell model (0)