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Analogue Orthogonal Precoding using Reduced-Complexity Transceivers

机译:模拟正交预编码使用减速复杂性收发器

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Orthogonal transmission toward N undesired receivers via conventional digital beamforming techniques requires at minimum (N + 1) active transmit antennas. As the radio frequency (RF) complexity increases linearly with the number of active antennas, orthogonal transmit precoding becomes impractical for simple user terminals. The paper proposes an alternative solution utilizing a single-radio reactance-assisted antenna system, featuring low-power consumption, low cost and ease of fabrication. The orthogonal precoding technique to be proposed emulates classical digital orthogonal precoding for suppressing the interference toward a number of users, but at highly reduced RF complexity.
机译:通过传统的数字波束成形技术对N个不期望的接收器的正交传输,至少需要最小(n + 1)个活动发射天线。由于射频(RF)复杂性随着有源天线的数量线性而增加,因此对于简单的用户终端,正交发射预编码变得不切实际。本文提出了一种利用单无线电抗辅助天线系统的替代解决方案,具有低功耗,成本低,制造的便利性。要提出的正交预编码技术旨在模拟用于抑制对多个用户的干扰的经典数字正交预编码,但是在高度降低的RF复杂度下。

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