In large-scale wireless networks, effective transceiver design based on imperfect knowledge of the wireless channel is crucial. In this work, we introduce methods for transceiver design and resource allocation that make use of asymptotic results to reduce computational complexity. We focus on linear transceivers, which are close to optimal for the system dimensions we have in mind. Since the introduced methods rely heavily on second order statistics of the wireless channel, we further discuss efficient methods for the acquisition of these statistics in practical systems.
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In large-scale wireless networks, effective transceiver design based on imperfect knowledge of the wireless channel is crucial. In this work, we introduce methods for transceiver design and resource allocation that make use of asymptotic results to reduce computational complexity. We focus on linear transceivers, which are close to optimal for the system dimensions we have in mind. Since the introduced methods rely heavily on second order statistics of the wireless channel, we further discuss ef...
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