Large-Scale Parallel Performance of Multiphysics Applications on Multicore Architectures
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The total peak radiated power of the Department of Energy Mark II container tag was measured in the electromagnetic reverberation chamber facility at Sandia National Laboratories. The tag's radio frequency content was also evaluated for possible emissions outside the intentional transmit frequency band. No spurious emissions of any significance were found, and the radiated power conformed to the manufacturer's specifications.
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Journal of computational and theoretical chemistry
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This talk discusses the unique demands that informatics applications, particularly graph-theoretic applications, place on computer systems. These applications tend to pose significant data movement challenges for conventional systems. Worse, underlying technology trends are moving computers to cost-driven optimization points that exacerbate the problem. The X-caliber architecture is an economically viable counter-example to conventional architectures based on the integration of innovative technologies that support the data movement requirements of large-scale informatics applications. This talk will discuss the technology drivers and architectural features of the platform, and present analysis showing the benefits for informatics applications, as well as our traditional science and engineering HPC applications.
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