Bivariate Nakagami-m distribution with arbitrary fading parameters

Generation of bivariate Nakagami-m fading envelopes with arbitrary not necessary identical fading parameters

Generation of Nakagami Fading Signals with Arbitrary Correlation and Fading Parameters

Mobile radio channel simulators are essential for repeatable system tests in the development, design, or test laboratory. Field tests in a mobile environment are considerably more expensive and may require permission from regulatory authorities. Because of the random, uncontrollable nature of the mobile propagation path, it is difficult to generate repeatable field test results. The Nakagami mo...

Generating correlated Nakagami fading signals with arbitrary correlation and fading parameters

Nakagami fading model is widely adopted for analyzing wireless communication systems and diversity combining techniques, hence the ability to generate Nakagami fading signals with arbitrary parameters is important for system design and simulations. In the literature, there are only algorithms for generating correlated Nakagami branches with the same fading parameter. In this paper, we adopt a n...

Nakagami-m Fading Channels

Abstract: This paper is concerned with the analysis of exact symbol error probability (SEP) for cooperative diversity using amplify-and-forward (AF) relaying over independent and non-identical Nakagami-m fading channels. The mathematical formulations for Probability Density Function (pdf) and Moment Generating Function (MGF) of a cooperative link have been derived for calculating symbol error p...

Efficient computafion of MRC diversity performance in Nakagami fading channel with arbitrary parameters

Q) is given by eqn. 6. Note that E ~ I will have local minima at 0 = U,, ..., a,. Based on the assumptions of zero-mean white noise and independent sources, we can find the estimate SZ of Q from the minima of(l/N)C,N=, E,Z(0, w) (with respect to 0) which lie below a chosen threshold. Sources whose powers cause the corresponding minima to lie above the threshold (i.e. weak sources) will not be d...