High Volume Storage Applications
Big problems have massive data requirements. ORNL's separate production and research storage systems allow us to investigate improvements without impeding scientific access.
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High Volume Storage ApplicationsBig problems have massive data requirements. ORNL's separate production and research storage systems allow us to investigate improvements without impeding scientific access. |
 | Car crash simulations generate about 2 GB of data per run |
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ARM stores 10-12 GB of new data per day (4 TB/year), users retrieve about 1-2 GB per day |
| Computational Forensics would need 200 GB to 800 GB of CAT/MRI volume and surface data to implement the adult identification model |
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Climate generates about 1 TB per run (120 year model) |
| Large scale genomics expecting to total 10 TB |
 | Spallation Neutron Source (SNS) projected to generate 2GB/second (~5PB/year) |
| Virtual Human lung model would generate 1,000 TB (1 PB) of data for a single one second event simulation (such as a puncture wound) and perform 10 TF of calculations |