“In aerospace, users prefer to have the option to visualize the entire system. But that doesn’t necessarily mean it’s something routinely done. By definition, system-level visuals involve too much data. If an engineer is trying to troubleshoot something in an analysis program, he or she will most likely analyze only the subcomponents that contribute to the problem. For example, electrical wiring information can safely be omitted when doing an airflow study of the outer surface.”
Now that the recent CES Conference has us all thinking that 4K displays are state-of-the-art, I thought it might be a good time to show this video of the hyperwall-2 at NASA. This 128-screen tiled LCD wall is arranged in a 8×16 configuration that measures 23-ft. wide by 10-ft. high. The display system is connected to […]
Display Manager is a web-based environment for remote visualization of very Big Data arising from large HPC simulations. “Display Manager eliminates the need for massive data movement across networks by leveraging NVIDIA GRID GPU’s for server side remote visualization. This represents a major milestone in the path toward complete simulation lifecycle management.” Watch the demo to see it in action.
This week Fovia presented “Diagnosis is Painless” as part of Intel’s exhibit at SC13. The company showcased High Definition Volume Rendering, an advanced solution that uses off-the-shelf Intel CPUs for real-time visualization, analysis and distribution of large, three-dimensional datasets.
The NAS facility includes several supercomputers, archival storage systems, Lustre filesystems, and NFS filesystems as an integrated system. If any one piece is down, it can affect the whole facility. Therefore, the visualization provided with Nagios did not meet the needs of NAS, so another layer was added to create a quick view of the system status.