Precision Medicine as an Accelerator for Next Generation Cognitive Supercomputing

Begoli, Edmon, Brase, Jim, DeLaRosa, Bambi, Jones, Penelope, Kusnezov, Dimitri, Paragas, Jason, Stevens, Rick, Streitz, Fred, Tourassi, Georgia

arXiv.org Artificial Intelligence 

The demands of UQ in computer prediction, a problem we believe to be NP-Hard, cannot be met on our current HPC technology path. We see that cognitive computing, defined through the technology convergence of AI, Big Data and HPC is an essential next step. With vendor technology decisions being made now and in the next few years in AI and HPC, it is urgent that broad classes of HW and SW are explored to best leverage commercial technology roadmaps. To that end, we are using precision medicine data as a force multiplier and accelerator. This rich, complex, unstructured, heterogeneous, curated, massive data is likely the richest class of data to work on today and brings with it unique partnerships that buys down risk in exploring the many splintered paths forward each with their own tough challenges and also shares costs.

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