Add to ORKGAbstract-The Inverse Gaussian (IG) distribution has been recently proposed as a less complex alternative to the classical log-normal distribution to describe shadowing phenomena. This paper investigates the performance of digital communications systems over IG fading channels. Closed-form expressions for the outage probability and the average bit-error rate for various modulation schemes are derived. Moreover the performance of maximal-ratio and selection combining receivers is analyzed. The proposed analysis is accompanied with various numerical results that validate the theoretical analysis and provide useful insights into the implications of the model parameters on the overall system performance. I
In recent decades, growth in the field of wireless communications has led to an exponential rise in ...
Abstract—The analysis of composite fading channels, which are typically encountered in wireless chan...
This book offers a comprehensive overview of fading and shadowing in wireless channels. A number of ...
The Inverse Gaussian (IG) distribution has been recently proposed as a less complex alternative to t...
recently proposed as a less complex alternative to the classical log-normal distribution to describe...
The aim of this work is the proposition of the κ-μ/Inverse Gaussian distribution which corresponds t...
How to model shadow fading by applying the inverse gamma (IGA) distribution has recently gained wide...
© 2015 IEEE. Statistical distributions have been extensively used in modeling fading effects in conv...
Abstract—Statistical distributions have been extensively used in modeling fading effects in conventi...
We introduce a general approach to characterize composite fading models based on inverse gamma (IG) ...
In this work, the performance analysis of digital communications over a composite Weibull-Gamma (WG)...
integration; Padé approximation. A new method is developed for evaluating the error probability (Pe)...
In wireless communication systems received signal may suffer from the both multipath fading (fading)...
In assessing the performance of wireless communication systems, various models are used to analyse t...
In this paper, we introduce a new fading model which is capable of characterizing both the shadowing...
In recent decades, growth in the field of wireless communications has led to an exponential rise in ...
Abstract—The analysis of composite fading channels, which are typically encountered in wireless chan...
This book offers a comprehensive overview of fading and shadowing in wireless channels. A number of ...
The Inverse Gaussian (IG) distribution has been recently proposed as a less complex alternative to t...
recently proposed as a less complex alternative to the classical log-normal distribution to describe...
The aim of this work is the proposition of the κ-μ/Inverse Gaussian distribution which corresponds t...
How to model shadow fading by applying the inverse gamma (IGA) distribution has recently gained wide...
© 2015 IEEE. Statistical distributions have been extensively used in modeling fading effects in conv...
Abstract—Statistical distributions have been extensively used in modeling fading effects in conventi...
We introduce a general approach to characterize composite fading models based on inverse gamma (IG) ...
In this work, the performance analysis of digital communications over a composite Weibull-Gamma (WG)...
integration; Padé approximation. A new method is developed for evaluating the error probability (Pe)...
In wireless communication systems received signal may suffer from the both multipath fading (fading)...
In assessing the performance of wireless communication systems, various models are used to analyse t...
In this paper, we introduce a new fading model which is capable of characterizing both the shadowing...
In recent decades, growth in the field of wireless communications has led to an exponential rise in ...
Abstract—The analysis of composite fading channels, which are typically encountered in wireless chan...
This book offers a comprehensive overview of fading and shadowing in wireless channels. A number of ...