A physically consistent coupled-dipole framework for waveguide-fed metasurfaces that adds radiation-reaction corrections and supports differentiable beamforming optimization validated against full-wave simulations.
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An alternating optimization framework using S-procedure and successive convex approximation maximizes harvested power in STAR-RIS near-field ISCPT under imperfect CSI while satisfying rate and sensing constraints.
An alternating optimization algorithm jointly tunes task allocation, bandwidth allocation, and UAV trajectory in a UAV-assisted MEC system to minimize total energy consumption under task, information-causality, bandwidth, and trajectory constraints, showing gains over baselines in simulations.
citing papers explorer
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2D Waveguide-Fed Metasurfaces: Physically Consistent Modeling, Validation, and Optimization
A physically consistent coupled-dipole framework for waveguide-fed metasurfaces that adds radiation-reaction corrections and supports differentiable beamforming optimization validated against full-wave simulations.
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Robust Beamforming for Near-Field STAR-RIS-Enabled ISCPT
An alternating optimization framework using S-procedure and successive convex approximation maximizes harvested power in STAR-RIS near-field ISCPT under imperfect CSI while satisfying rate and sensing constraints.
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Task and Bandwidth Allocation for UAV-Assisted Mobile Edge Computing with Trajectory Design
An alternating optimization algorithm jointly tunes task allocation, bandwidth allocation, and UAV trajectory in a UAV-assisted MEC system to minimize total energy consumption under task, information-causality, bandwidth, and trajectory constraints, showing gains over baselines in simulations.