Sandia's Quantum Scientific Computing Open User Testbed (QSCOUT).
Abstract not provided.
Yale, Christopher G↗
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Results for “Testbeds”
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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Development of a Small-Scale Testbed for Novel Particle-to-sCO2 Heat Exchangers to Enable Gen3 Particle Thermal Energy Storage.
Abstract not provided.
Albrecht, Kevin↗
Nanofiber testbed for guided atom interferometry in high dynamic environments.
Abstract not provided.
Orozco, Adrian Samuel↗
Presentation: A Testbed for Synthetic Inertia Control Design using Point-on-Wave Frequency Estimates.
Abstract not provided.
Balliet, W. Hill↗
Virtual Testbed for Simulating Polychromatic Imaging Systems via PHITS.
Abstract not provided.
Dalton, Gabriella↗
Nuclear thermal rocket testbed restart feasibility study, NLV-019-21, Year 1 of 1
Presentation to be presented during the Site-Directed Research and Development (SDRD) program FY 2021 review meeting (Webex), September 22–23, 2021.
Source record↗
Quantum Scientific Open User Testbed (QSCOUT) and Jaqal the Quantum Assembly Language.
Abstract not provided.
Landahl, Andrew J↗
Science Federation Emulation Testbed: Demonstration of VFSIE Functionalities
The Virtual Federated Science Instrument Environment (VFSIE) is a digital twin of a federated infrastructure of multiple sites with science instruments and computing systems that are geographically dispersed. It emulates the federation using containers and virtual hosts (vhosts) connected over local and wide-area networks for the main purpose of supporting the development and testing of science workflows and software stacks, which will subsequently transition to the physical infrastructure. In this demo, we present VFSIE of a four sites scenario and illustrate the following use cases: (i) execution of federation stack components that expose resources to enable a science user to execute workflows, (ii) execution of remote control commands of beam-line instruments to collect measurements and position the sensor, and (iii) remote execution and access of Jupyter Notebook for tomographic image computations
Al Najjar, Anees↗
Engineering the Quantum Scientific Computing Open User Testbed Highlight Slide.
Abstract not provided.
Clark, Susan↗
QSCOUT: A Quantum Testbed Based on Trapped Ions at Sandia National Laboratories .
Abstract not provided.
Clark, Susan↗
Low-level Access and Collaborations: Case Studies from the Quantum Scientific Computing Open User Testbed (QSCOUT).
Abstract not provided.
Yale, Christopher↗
Maximizing the beneficial effects of testbeds: case studies from QSCOUT .
Abstract not provided.
Clark, Susan↗
The Importance of Foundries: how technology development will help Testbeds.
Abstract not provided.
Revelle, Melissa↗
An Integrated Testbed for Trojans in Printed Circuit Boards with Fuzzing Capabilities
This paper showcases an all-in-one testing environment that combines Trojan detection and fuzzing capabilities for printed circuit boards using the OpenPLC “NYU Trojan Edition” and a dedicated Trojan detection framework. The demo system is self-contained and equipped with two OpenPLC-based boards (one with a Trojan and one without), and automated tools for inserting the Trojan and collecting side-channel data. We developed a graphical user interface for interactive Trojan selection, data visualization, and anomaly detection analysis.
Trojan detection, anomaly detection, PCB, timing l↗