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The distance-weighted rate achievable in wireless networks that utilize multiple antennas and multi-user links is analyzed. The transport capacities of vector multiple-access and broadcast channels are given; these network topologies are used at the physical layer of an ad-hoc network to obtain achievable distance-weighted rate regions for a multiple-antenna wireless network. These regions are obtained...
We analyze the distance-weighted rate achievable in wireless networks that utilize multiple antennas and multi-user links. We give the transport capacity of multi-antenna multiple-access and broadcast channels, and use these topologies at the physical layer of an ad-hoc network to obtain achievable distance-weighted rate regions for a multi-antenna wireless network. These regions are obtained by utilizing...
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