Nonlinear MIMO Communication Channels - Sulyman, Ahmed Iyanda
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MIMO systems using multiple transmitting and receiving antennas are by now well studied. Several axes of these schemes have been explored with the underlying MIMO channel assumed linear. However, when high-power amplifiers (HPA) operating near their peak efficiency operating points are employed in the communication chain, non-linear distortions are introduced in the transmitted signals, and the resulting MIMO channel will be non-linear. This book establishes the concept of Nonlinear MIMO communication channels. The book begins by examining the performance degradations caused by HPA…mehr

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Produktbeschreibung
MIMO systems using multiple transmitting and receiving antennas are by now well studied. Several axes of these schemes have been explored with the underlying MIMO channel assumed linear. However, when high-power amplifiers (HPA) operating near their peak efficiency operating points are employed in the communication chain, non-linear distortions are introduced in the transmitted signals, and the resulting MIMO channel will be non-linear. This book establishes the concept of Nonlinear MIMO communication channels. The book begins by examining the performance degradations caused by HPA nonlinearities in MIMO channels, using space-time codes and MIMO-beamforming systems as case studies. The book then concludes by highlighting some key HPA nonlinearity compensation techniques suitable for MIMO systems.
Autorenporträt
Born in Nigeria in 1968. He obtained the Ph.D. degree from Queen¿s University, Canada in 2006. He was a Teaching Fellow at Queen¿s University in 2004-2006, a Post-Doctoral Fellow at the Royal Military College of Canada in 2007-2009, and now an Associate Professor at King Saud University, Saudi Arabia. He is currently a Senior Member of the IEEE.