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, synchronization errors, propagation effects, interference and satellite geometry on positioning and receiver performance Investigate GNSS-5G/6G coexistence, hybrid GNSS/NTN positioning and resilient PNT techniques
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forms on lenses and propellers, and lidar and cameras return degraded data in blowing snow, fog and low sun. At high magnetic latitudes, magnetometers become unreliable for heading, and GNSS reception can
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cameras return degraded data in blowing snow, fog and low sun. At high magnetic latitudes, magnetometers become unreliable for heading, and GNSS reception can be limited in fjords and steep terrain
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, remote sensing, geospatial analysis, GNSS/GPS technologies, or watershed-scale environmental modeling. Experience with antimicrobial resistance (AMR) sample collection, laboratory processing, and analysis