Introduces a multiport network framework for nonlinear stacked intelligent metasurfaces with closed-form linear analysis, fixed-point nonlinear evaluation, adjoint gradients, and O(QK^3) complexity under stage isolation, validated in a 28 GHz near-field localization case study showing improved error
Stacked intelligent metasurfaces for efficient holographic mimo communications in 6g
2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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2026 2verdicts
UNVERDICTED 2representative citing papers
Holographic MIMO is positioned as an energy-efficient antenna technology for non-terrestrial network integration in IMT-2030 6G systems, illustrated via a LEO multi-user case study.
citing papers explorer
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Stacked Intelligent Metasurfaces (SIM) in the Nonlinear Regime: A Multiport Network Model Approach
Introduces a multiport network framework for nonlinear stacked intelligent metasurfaces with closed-form linear analysis, fixed-point nonlinear evaluation, adjoint gradients, and O(QK^3) complexity under stage isolation, validated in a 28 GHz near-field localization case study showing improved error
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Advanced Holographic Multi-Antenna Solutions for Global Non-Terrestrial Network Integration in IMT-2030 Systems
Holographic MIMO is positioned as an energy-efficient antenna technology for non-terrestrial network integration in IMT-2030 6G systems, illustrated via a LEO multi-user case study.