Quadratic scaling of received signal power with RIS element count is achievable in L-operator systems only when group-connected BD-RIS has group size Gs >= L; conventional single-connected RIS yields only linear scaling.
Intellige nt reflecting surface-aided wireless communications: A tutor ial,
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Leaky-coaxial pinching-antenna systems with continuous slot aperture adjustment achieve higher sum rates and lower outage probabilities than binary activation or fixed antennas by using quadratic-transform optimization on static and dynamic TDMA.
citing papers explorer
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RIS Optimization and Scaling Laws in Multi-Operator Systems: Is Quadratic Scaling Achievable?
Quadratic scaling of received signal power with RIS element count is achievable in L-operator systems only when group-connected BD-RIS has group size Gs >= L; conventional single-connected RIS yields only linear scaling.
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Leaky-Coaxial Pinching-Antenna System with Adjustable Slot Apertures
Leaky-coaxial pinching-antenna systems with continuous slot aperture adjustment achieve higher sum rates and lower outage probabilities than binary activation or fixed antennas by using quadratic-transform optimization on static and dynamic TDMA.