Performance of optimal beamforming with partial channel knowledge
S Shilo, AJ Weiss, A Averbuch - IEEE transactions on wireless …, 2011 - ieeexplore.ieee.org
Multiple antenna techniques are used to enhance wireless links and therefore have been
studied extensively. Many practical systems that differ from ideal schemes have been
discussed in the literature. One example is a system that lacks precise channel information
at the transmitter. We evaluate analytically the performance of a multiple input multiple
output (MIMO) technique that uses partial channel knowledge. Specifically, we analyze a
scheme with M transmit antennas and N receive antennas, employing eigenbeamforming at …
studied extensively. Many practical systems that differ from ideal schemes have been
discussed in the literature. One example is a system that lacks precise channel information
at the transmitter. We evaluate analytically the performance of a multiple input multiple
output (MIMO) technique that uses partial channel knowledge. Specifically, we analyze a
scheme with M transmit antennas and N receive antennas, employing eigenbeamforming at …
Performance of optimal beamforming with partial channel knowledge in correlated fading
S Shilo, AJ Weiss, A Averbuch - 2012 IEEE 27th Convention of …, 2012 - ieeexplore.ieee.org
Multiple antenna techniques are used to enhance wireless links and therefore have been
studied extensively. Many practical systems that differ from ideal schemes have been
discussed in the literature. One example is a system that lacks precise channel information
at the transmitter. We evaluate analytically the performance of a multiple input multiple
output (MIMO) technique that uses partial channel knowledge. Specifically, we analyze a
scheme with M transmit antennas and N receive antennas, employing eigenbeamforming at …
studied extensively. Many practical systems that differ from ideal schemes have been
discussed in the literature. One example is a system that lacks precise channel information
at the transmitter. We evaluate analytically the performance of a multiple input multiple
output (MIMO) technique that uses partial channel knowledge. Specifically, we analyze a
scheme with M transmit antennas and N receive antennas, employing eigenbeamforming at …
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