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High Performance Computing (HPC) encompasses solutions that are able to process data and execute calculations at a rate that far exceeds other computers. This aggregate computing power enables different science, business, and engineering organizations to solve large problems that would otherwise be unapproachable.
HPC systems typically perform at speeds more than one million times faster than the fastest commodity desktop, laptop or server systems. For decades the HPC system paradigm was the supercomputer, a purpose-built computer that embodies millions of processors or processor cores.
We are the nations largest federal sponsor of basic research in the physical sciences and are a major supporter of research in such key scientific fields as physics, materials science, computing, and chemistry. We are also the lead federal agency supporting fundamental scientific research related to energy.
High Performance Computing (HPC) encompasses solutions that are able to process data and execute calculations at a rate that far exceeds other computers. This aggregate computing power enables different science, business, and engineering organizations to solve large problems that would otherwise be unapproachable.
What are HPC Applications? HPC Applications are specifically designed to take advantage of high-performance computing systems ability to process massive amounts of data and perform complex calculations at high speeds. They include use cases such as: Analytics for financial services.
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Applications of HPC HPC is used in many real-life scenarios to solve complex problems in science, business and engineering. Some academic institutions also use HPC systems. Some government agencies, particularly the military, rely on HPC for complex applications.
Computational science can be used to corroborate theories that cannot be confirmed or denied experimentally, for example theories relating to the creation of the universe. On the other hand, advances in experimental techniques and the resulting data explosion, allow for data-driven modelling and simulation.
For example, HPC is used to sequence DNA, automate stock trading, and run artificial intelligence (AI) algorithms and simulationslike those enabling self-driving automobilesthat analyze terabytes of data streaming from IoT sensors, radar and GPS systems in real time to make split-second decisions.

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