Recursive spatial multiplexing in interference-limited indoor scenarios
Ibrahim A. Shah
1
,
Dirk Dahlhaus
1
,
Usama Y. Mohamad
1
,
Nour Mansour
1
,
Thomas Hunziker
2
Publication type: Proceedings Article
Publication date: 2014-11-01
Abstract
Recursive spatial multiplexing (RSM), a closed loop multiple-input multiple-output (MIMO) structure for achieving the capacity offered by MIMO channels with a low-complexity detector, is investigated in measured indoor MIMO transmission channels limited by different types of interference. It is seen that RSM can deal effectively with interferences following either a Gaussian mixture or Middleton distribution. In cases of interferences which are symmetric alpha stable distributed, however, RSM suffers from a performance degradation. Performance improvements resulting from the use of a convolutional coding at the single-input single-output (SISO) encoder of the RSM architecture are investigated for the different interference distributions.
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