A solar-powered battery-free soil moisture sensing platform costing under $35 per node uses vehicle-mounted basestations to enable scalable, persistent data collection across large farms.
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GreenScatter retrieves soil moisture through vegetation using a physics-based radiative transfer model and RCS estimation for UAV radar, validated with 4.49% average VWC error in corn and soybean field experiments.
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Towards Low-Cost Low-Power Activity-Aware Soil Moisture Sensing Platform for Large-scale Farming
A solar-powered battery-free soil moisture sensing platform costing under $35 per node uses vehicle-mounted basestations to enable scalable, persistent data collection across large farms.
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GreenScatter: Through-Canopy Soil Moisture Sensing with UAV-Mounted Radar
GreenScatter retrieves soil moisture through vegetation using a physics-based radiative transfer model and RCS estimation for UAV radar, validated with 4.49% average VWC error in corn and soybean field experiments.