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RSDHA: Redefining Scalability for Diversely Heterogeneous Architectures
Description"Scalable computing" has governed another dimension. Contrary to the traditional use, which is often proportional to the total number of nodes or transistors in a system working collaboratively to compute a given workload, the newly rising dimension rather scales with the number of different type of processors (i.e., accelerators) each optimized for a domain specific task. The proposed workshop targets to investigate the far-end intersection of the two dimensions where we believe that future architectures will be located at.
The proposed workshop seeks solutions for the two types of future architectures:
- For diversely heterogeneous HPC systems: How could the traditional HPC applications adopt the architectural, programming and runtime approaches employed by the state-of-the-art diversely heterogeneous embedded systems?
- For distributed, large-scale embedded systems: How could the future embedded systems take lessons from traditional HPC to beat the multi-node scalability challenges as they become increasingly more connected?
The proposed workshop seeks solutions for the two types of future architectures:
- For diversely heterogeneous HPC systems: How could the traditional HPC applications adopt the architectural, programming and runtime approaches employed by the state-of-the-art diversely heterogeneous embedded systems?
- For distributed, large-scale embedded systems: How could the future embedded systems take lessons from traditional HPC to beat the multi-node scalability challenges as they become increasingly more connected?
Event Type
Workshop
TimeSunday, 12 November 20239am - 12:30pm MST
Location605
W