This book contains a unified treatment of a class of problems of signal detection theory. This
is the detection of signals in addi tive noise which is not required to have Gaussian …

The impact of non-Gaussian impulse noise (Middleton's class A noise) combined with
Gaussian thermal noise on the performance of high-level QAM (quadrature amplitude …

A model is developed for performance analysis of a microcellular digital mobile radio system
with Rayleigh-faded cochannel interference, Gaussian noise, and narrowband impulsive …

The performance analysis of a DPSK receiver over frequency nonselective Rician fading
channels in Middleton's (1973) Class A noise is presented. With the aid of the characteristic …

The effect of band limitation on the statistical properties of Middleton's class A noise model is
investigated. It is found that a uniformly weighted sum of statistically independent and …

The performance of cellular digital mobile radio systems is investigated using quadrature
amplitude modulation (4-QAM) and differential phase shift keying (DPSK) in a frequency …

An analysis is presented for the performance of a high-level (eg 16, 64 and 256-QAM) QAM
(quadrature amplitude modulation) system in the presence of Gaussian thermal noise …

In the paper the impact of impulsive noise on the symbol error probabilities (SEPs) of 8-and
16-ary CPSK transmissions is analysed. The transmission medium considered is a two-link …

The bit error probability is derived for a mobile cellular radio network in the presence of co‐
channel interference, Gaussian noise and narrow‐band impulsive noise (Middleton's class …

SUMMARY A model for performance analysis of micro-cellular land mobile networks is
developed. The influence of cochannel interference, Gaussian noise, narrowband impulsive …