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This book analyzes the error rates of a variety of wireless digital techniques over fading channels with particular emphasis on the DPSK systems. This work leads to a useful framework to analyze the error rates of digital techniques over fading channels, and the proposal of a reduced-complexity and low-cost MIMO system for wireless communications. The analysis also simplifies and generalizes the previous results of the error rates of wireless communication techniques over independent and correlated fading channels without resorting to approximations. In addition to that, the impact of carrier…mehr

Produktbeschreibung
This book analyzes the error rates of a variety of
wireless digital techniques over fading channels
with particular emphasis on the DPSK systems. This
work leads to a useful framework to analyze the
error rates of digital techniques over fading
channels, and the proposal of a reduced-complexity
and low-cost MIMO system for wireless
communications. The analysis also simplifies and
generalizes the previous results of the error rates
of wireless communication techniques over
independent and correlated fading channels without
resorting to approximations. In addition to that,
the impact of carrier synchronization on the
performance of coherent digital communication
systems is investigated. From practical point of
view, this research study is expected to be helpful
in the design of the practical radio communication
receivers.
Autorenporträt
received his B.Sc. degree from University of
Technology, Baghdad, Iraq, his M.Sc. degree from Jordan
University of Science and Technology, Irbid, Jordan, and Ph.D.
degree from University of Texas at Arlington, TX, USA, all
in Electrical Engineering. He is with Cerion Optimization
Services, Dallas, TX, USA.