| ATMbeta: Free energy calculations of protein-ligand binding 1.09 windows_x86_64 (cuda1121) | |
|---|---|
| Number of tasks completed | 5 |
| Max tasks per day | 128 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average processing rate | 290,743.73 GFLOPS |
| Average turnaround time | 0.08 days |
| ATM: Free energy calculations of protein-ligand binding 1.15 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 17 |
| Max tasks per day | 132 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 2 |
| Average processing rate | 44,614.59 GFLOPS |
| Average turnaround time | 0.26 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.25 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 0 |
| Max tasks per day | 126 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average turnaround time | 0.00 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.27 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 28 |
| Max tasks per day | 123 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average processing rate | 15,812.10 GFLOPS |
| Average turnaround time | 1.33 days |
| ATMbeta: Free energy calculations of protein-ligand binding 1.10 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 1 |
| Max tasks per day | 131 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 1 |
| Average processing rate | 508,431.76 GFLOPS |
| Average turnaround time | 0.03 days |
| ATM: Free energy calculations of protein-ligand binding 1.16 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 1 |
| Max tasks per day | 127 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average processing rate | 31,846.03 GFLOPS |
| Average turnaround time | 0.39 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.28 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 0 |
| Max tasks per day | 115 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average turnaround time | 0.00 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.29 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 0 |
| Max tasks per day | 129 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average turnaround time | 0.00 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.30 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 14 |
| Max tasks per day | 144 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 14 |
| Average processing rate | 32,339.64 GFLOPS |
| Average turnaround time | 0.45 days |
| ATMML: Free energy with neural networks 1.01 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 16 |
| Max tasks per day | 128 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average processing rate | 37,413.69 GFLOPS |
| Average turnaround time | 1.92 days |
| ACEMD 3: molecular dynamics simulations for GPUs 2.32 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 114 |
| Max tasks per day | 138 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 8 |
| Average processing rate | 90,424.07 GFLOPS |
| Average turnaround time | 0.55 days |
| ATM: Free energy calculations of protein-ligand binding 1.19 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 3 |
| Max tasks per day | 133 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 3 |
| Average processing rate | 46,944.75 GFLOPS |
| Average turnaround time | 0.96 days |
| ATMML: Free energy with neural networks 1.02 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 6 |
| Max tasks per day | 129 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 0 |
| Average processing rate | 55,824.12 GFLOPS |
| Average turnaround time | 2.39 days |
| ATM: Free energy calculations of protein-ligand binding 1.20 windows_x86_64 (cuda1121) | |
| Number of tasks completed | 14 |
| Max tasks per day | 140 |
| Number of tasks today | 0 |
| Consecutive valid tasks | 10 |
| Average processing rate | 48,742.54 GFLOPS |
| Average turnaround time | 0.71 days |
©2025 Universitat Pompeu Fabra