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High performance computing systems will need to operate with certain power budgets while maximizing performance in the exascale era. Such systems are built with power aware components, whose collective peak power may exceed the specified power budget. Cluster level power bounded computing addresses this power challenge by coordinating power among components within compute nodes and further adjusting...
Power is a critical factor that limits the performance and scalability of modern high performance computer systems. Considering power as a first-order constraint and a scarce system resource, power-bounded computing represents a new perspective to address the power challenge in HPC.In this work we present an application-aware, multi-dimensional power allocation framework to support power-bounded parallel...
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