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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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TOPIC MODELING WITH NATURAL LANGUAGE PROCESSING FOR IDENTIFICATION OF NUCLEAR PROLIFERATION-RELEVANT SCIENTIFIC AND TECHNICAL PUBLICATIONS.
Abstract not provided.
TOPIC MODELING WITH NATURAL LANGUAGE PROCESSING FOR IDENTIFICATION OF NUCLEAR PROLIFERATION-RELEVANT SCIENTIFIC AND TECHNICAL PUBLICATIONS.
Abstract not provided.
When Does a Bit Matter? Techniques for Verifying the Correctness of Assembly Languages and Floating-Point Programs.
Abstract not provided.
Clustering Support Tickets with Natural Language Processing:K-Means applied to Transformer embeddings.
Abstract not provided.
Transpiling Your Code in Other Languages to Run on QSCOUT.
Abstract not provided.
Quantum Scientific Open User Testbed (QSCOUT) and Jaqal the Quantum Assembly Language.
Abstract not provided.
Deep NLP-Based Co-Evolvement for SynthesizingCode Analysis from Natural Language
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THE DAWN OF QUANTUM NATURAL LANGUAGE PROCESSING
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Using Machine Learning to Predict Bilingual Language Proficiency from Reaction Time Priming Data.
Abstract not provided.
Improving Symbolic Optimization Learning by Leveraging Language Models
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Finding Reusable Machine Learning Components to Build Programming Language Processing Pipelines
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Applying Natural Language Processing Techniques to International Safeguards
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A Natural Language Processing Tool to Support Stakeholder Engagements During a Consent-Based Siting Process.
Abstract not provided.
Tag It: A Natural Language Processing Approach to Enhancing Delineation of Public Comments Regarding the Consent-Based Siting Process.
Abstract not provided.
Public Communication of Technical Issues in Today's Changing Visual Language - 12436
Communication regarding the management of radioactive materials is a well-established challenge. Residents and consumers have suspected for years that companies and governments place short-term economic concerns ahead of health and safety. This skepticism is compounded with increased attention to safety issues at nuclear power plants everywhere after Fukushima. Nonetheless, today's environment presents unexpected opportunities to transform public fear into teachable moments that bring knowledge and facts to discussions on nuclear energy. In the weeks following Japan's crisis, the lack of reliable information on radiation levels saw citizens taking to the streets with dosimeters and Geiger counters in crowd-sourced radiation monitoring efforts. Efforts, based mainly online, represent a growing set of examples of how internet and cell-phone technology are being put to use in emergency situations. The maps, graphs and tables created to meet public interest also exemplify some of the psychological priorities of audiences and present learning tools that can improve future education efforts in non-emergency situations. Industry outreach efforts often consist of technical details and quantitative data that are difficult for lay audiences to interpret. The intense attention to nuclear energy issues since last March has produced a wide array of visual samples. Citizen monitors, news organizations, government agencies and others have displayed quantitative information in innovative ways. Their efforts offer new perspective on what charts, maps and info graphics do - or need to do - to illustrate requirements, record assessments and promote understanding of nuclear-waste issues. Surveying the best examples, nuclear communicators can improve their offerings of easy-to-use, evidence-based visuals to inform stakeholders. Familiar to most communications professionals in the nuclear industry, risk communication is a science-based approach with over three decades of research evidence informing the discipline. Risk communication principles address the fact that often perception is reality. Scientific evidence for decision making must be approached differently in situations where stakeholders have high levels of concern and low levels of trust. Visual communications must take this into account to be successful. (author)