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Intellectual Property Office

Computing Sciences

Cybersecurity

Cybersecurity Technologies Identifying Computational Operations Based on Power Measurements (2016-053 / 2017-112) This innovation enables non-invasive monitoring and “fingerprinting” of computing systems, including supercomputers and data centers, by analyzing high-resolution power consumption data. It uses highly sensitive measurement devices to infer computational … [Read more...] about Cybersecurity

FPGA-based In-Situ Machine Learning for Real-time Quantum State Discrimination (2024-145)

Applications of Technology: Quantum validation systems Quantum computing research Quantum hardware manufacturers Benefits: High latency, low error system System fully integrated into control hardware N-state discrimination  Facilitates mid-circuit measurements Background: Current quantum state discrimination methods implement quantum state … [Read more...] about FPGA-based In-Situ Machine Learning for Real-time Quantum State Discrimination (2024-145)

Advanced Pulse-to-Pulse Stabilization of Laser via Machine Learning (2025-036)

Applications of Technology: High-power laser systems Material processing Medical and surgical applications Defense and military Nuclear fusion experiments Laser-plasma accelerators Benefits:  Enhanced beam stability in high-power, low-repetition rate lasers Reduces pointing error to a fraction of the laser beam size at the focal point … [Read more...] about Advanced Pulse-to-Pulse Stabilization of Laser via Machine Learning (2025-036)

Grid Modernization

Grid Modernization Technologies Hardware Technologies Software Technologies Hardware Technologies Locating Potential Transformer Failures in the Power Grid (2017-111) This invention is used to locate the position of partial discharge events in the power grid based on the information from a set of ultra-high frequency (UHF) sensors from the transformer. Monitoring … [Read more...] about Grid Modernization