A dual-polarized MIMO architecture using polarized-aware sparse channel estimation and dynamic interference cancellation improves vehicle-to-ground communication rates in urban rail transit tunnels while handling high cross-polarization correlation.
Dynamic resource allocation for multi-access edge computing in urban rail transit
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Dual-Polarized Massive MIMO Based on Precoding for Vehicle-To-Ground Communication in Urban Rail Transit
A dual-polarized MIMO architecture using polarized-aware sparse channel estimation and dynamic interference cancellation improves vehicle-to-ground communication rates in urban rail transit tunnels while handling high cross-polarization correlation.