Harrison B. Smith

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A team of researchers at the Air Force Research Laboratory in Rome, NY is building a remote test facility for developing a radio frequency (RF) tomography imaging capability. While at the test site and via batch reservations, they plan on employing the Army Research Laboratory Department of Defense Supercomputer Resource Center MJM distributed memory(More)
Introduction 1 While Moore's Law continues to drive the density of integrated circuits, heat and geometry issues are making it impractical to create faster and faster processors. Instead, more and higher performance systems are being built using multi-core processors or accelerators like Graphics Processor Units (GPUs), Field Programmable Gate Arrays(More)
This paper provides a step-by-step demonstration of a Very High Level Language system, Star-P, on Department of Defense (DoD) high performance computing (HPC) systems. Specifically, we demonstrate how to effect parallel computing in MATLAB and Python via Star-P on the DoD Supercomputing Resource Center (DSRC) Army Research Laboratory (ARL) 4,488-core Intel(More)
Understanding energy use is critical. Although simulation is valuable, such models are simplified abstractions of actual energy systems. The authors present an energy system multimodel implemented with the Language and Platform Independent Steering (LAPIS) computational steering API. They present an adaptable framework for the integration and development of(More)
! This paper considers Volunteered Geographic Information (VGI), in particular the application of geotagging in social media photographs, as an emerging form of geodemographic consumer surveillance. Although the geoweb is typically framed within a context of participatory engagement with geospatial data by non-expert cartographers (Goodchild 2007; Elwood(More)
Recent years have seen the development of many new parallel extensions to high level languages. However, there does not yet seem to have been a concentrated effort to quantify their performance or qualify their usability. Toward this end, we have used several parallel extensions to implement four of the high performance computing (HPC) Challenge(More)
The Resource Description Framework (RDF) language can be used to describe data and the relationships between different objects in the data. As larger amounts of data are generated, many applications in the Signal and Image Processing areas such as radar image processing, electromagnetics, etc., present users with the challenge of representing and mining the(More)
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