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Results for “ECP”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Preliminary design for Intel Level Zero (L0) component for Open MPI Accelerator framework: ECP STPR17-129 Highlight Quadchart
Abstract not provided.
ALPINE: In Situ Visualization, Analysis, and Infrastructure for ECP Science.
Abstract not provided.
MTT maintenance/deployment on ECP platforms [Poster]
Abstract not provided.
LAMMPS/SNAP Journey through ECP
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S192 multispectral scanner channel 13 electromechanical noise investigation ECP-166
A review is presented of all data on the multispectral scanner having to do with low frequency noise. The noise is component-induced, either mechanical or electrical or a combination of both. To assist in understanding the source of the noise, several dynamic analyses both structural and electrical were made and are reported. A review is presented of structural resonance test data obtained with the use of an accelerometer and strain gage sensors. Results of an analysis of the natural frequencies of the Dewar leads is included along with an analysis of the S192 cooler and its supporting structure. Other topics discussed include electronic stability of the forward signal, automatic gain control, and the offset control feedback loops as well as the preamplifier which utilized on integrator feedback circuit.
JPL Energy Consumption Program (ECP) documentation: A computer model simulating heating, cooling and energy loads in buildings
The engineering manual provides a complete companion documentation about the structure of the main program and subroutines, the preparation of input data, the interpretation of output results, access and use of the program, and the detailed description of all the analytic, logical expressions and flow charts used in computations and program structure. A numerical example is provided and solved completely to show the sequence of computations followed. The program is carefully structured to reduce both user's time and costs without sacrificing accuracy. The user would expect a cost of CPU time of approximately $5.00 per building zone excluding printing costs. The accuracy, on the other hand, measured by deviation of simulated consumption from watt-hour meter readings, was found by many simulation tests not to exceed + or - 10 percent margin.
The updated algorithm of the Energy Consumption Program (ECP): A computer model simulating heating and cooling energy loads in buildings
The energy Comsumption Computer Program was developed to simulate building heating and cooling loads and compute thermal and electric energy consumption and cost. This article reports on the new additional algorithms and modifications made in an effort to widen the areas of application. The program structure was rewritten accordingly to refine and advance the building model and to further reduce the processing time and cost. The program is noted for its very low cost and ease of use compared to other available codes. The accuracy of computations is not sacrificed however, since the results are expected to lie within + or - 10% of actual energy meter readings.
ECP Milestone Highlights WBS 2.3.4.13 ECP/VTK-m FY18Q3 [MS-18/05-08] External Surface / Locate / Point Movement STDA05-15.
Abstract not provided.
ECP Milestone Highlights WBS 2.3.4.04 Improved Sort for VTK-m on ATS-1 STDA04-20.
Abstract not provided.
Towards Sustainable Scientific Software via Interoperable Design of Extreme-scale Application Software (IDEAS-ECP).
Abstract not provided.