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National Aeronautics and Space Administration (NASA) | Merritt Island, Florida | United States | about 9 hours ago
-traditional environments. Participants are encouraged to leverage multi-sensor datasets including hyperspectral (reflectance and fluorescence), lidar, and thermal imaging to characterize plant structural and
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detection, forecasting, process monitoring, and control; integrating multimodal data from imaging, spectroscopy, IoT sensors, remote sensing, environmental measurements, and process systems; developing robust
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classification of aluminium scraps and contaminants. Design and validate algorithms for multi-sensor data interpretation and sensor fusion. Conduct laboratory experiments on scrap characterisation and sorting
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National Aeronautics and Space Administration (NASA) | Pasadena, California | United States | 16 days ago
, this Postdoctoral Program opportunity invites research focused on advancing imaging spectroscopy retrievals, multi-sensor integration, critical zone biogeochemistry scaling, and geomorphic analysis across tropical
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learning for cardiovascular digital twins and AI-enabled precision treatment. The postholder will develop patient-specific models that integrate multimodal clinical, physiological, imaging and sensor data
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physics, radiative transfer modeling, computational imaging, satellite sensor design, and artificial intelligence while collaborating with leading researchers in academia and government. Essential Duties
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learning for cardiovascular digital twins and AI-enabled precision treatment. The postholder will develop patient-specific models that integrate multimodal clinical, physiological, imaging and sensor data
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-time, benefited position. The Postdoctoral Researcher supports the department’s and institution’s objectives by advancing cutting-edge electromagnetic sensor research, strengthening externally funded
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-time, benefited position. The Postdoctoral Researcher supports the department’s and institution’s objectives by advancing cutting-edge electromagnetic sensor research, strengthening externally funded
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to advance a novel compact gas pressure sensor based on a chip-scale mechanical oscillator with ultra-low intrinsic loss. Building on a successfully demonstrated portable prototype and identified application