A two-stage MPC-SDR-SCA optimization is developed for SWIPT-enabled low-altitude wireless networks to jointly improve trajectory tracking accuracy and harvested energy at uncrewed aircraft systems.
Ad- vancing the control of low-altitude wireless networks: Ar- chitecture, design principles, and future directions
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A comprehensive survey on low-altitude wireless network (LAWN) systems covering fundamentals, evolution of designs, performance metrics, privacy and security concerns, and airspace structuring for practical deployment.
citing papers explorer
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LAWNs Meet SWIPT: Beamforming and Power Splitting Optimization for Predictive Control
A two-stage MPC-SDR-SCA optimization is developed for SWIPT-enabled low-altitude wireless networks to jointly improve trajectory tracking accuracy and harvested energy at uncrewed aircraft systems.
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Low-Altitude Wireless Networks: A Comprehensive Survey
A comprehensive survey on low-altitude wireless network (LAWN) systems covering fundamentals, evolution of designs, performance metrics, privacy and security concerns, and airspace structuring for practical deployment.