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Generative Reconstruction of Full-Field Sensor States for Safety-Critical Digital Twins
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arXiv:2611.08499v1 Announce Type: cross Abstract: Accurate reconstruction of incomplete sensor fields is critical for state awareness in safety-critical digital twins (DTs). Thermocouples in high-temperature and radiation environments may drift, fail, or become intermittently unavailable, causing…
Original headline
Generative Reconstruction of Full-Field Sensor States for Safety-Critical Digital Twins
arXiv:2511.06368v3 Announce Type: replace Abstract: With the widespread adoption of AI, machine-to-machine communications are rapidly increasing, reshaping the requirements for optical networks.
Digital twins are increasingly discussed in drug development, often narrowly as virtual control arms or synthetic data. We propose a broader framework for data-driven clinical digital twins, organized into five levels according to how much of the trial data matrix of baseline covariates, treatment…
A software toolset models atomic quantum systems and simulates qubit gate dynamics. Automatic differentiation combined with quantum optimal control and benchmarking enables gradient-based optimization to improve gate fidelity limited by noise and hardware imperfections.
