A novel approach to the performance analysis of switched-and-stay combining diversity receivers over independent Weibull fading chan-nels is presented. Closed-form expressions are extracted for impor-tant performance parameters, such as the average output signal-to-noise ratio, the amount of fading, the outage probability, and the switching rate. Introduction: Among all well-known diversity techniques, switched-and-stay combining (SSC) is simpler and cheaper though less efficient. In a dual-branch SSC system, if the instantaneous signal-to-noise ratio (SNR) of the first branch falls below a predefined switching threshold, the second branch is immediately selected
versus normalized envelope level for a dual-branch SC (selection combining) receiver are discussed i...
We present a moments-based approach to the performance analysis of L-branch equal-gain combining and...
Abstract In this paper a performance analysis of triple-branch maximal ratio combining (MRC) diversi...
Novel expressions for the average symbol error probability (ASEP) in switched and stay combining rec...
Abstract — The problem of analyzing the performance of switch and stay combing (SSC) diversity recei...
Abstract—The performance of selection combining (SC) receivers oper-ating over independent, but not ...
Abstract—Ascertaining the importance of the dual selection combining (SC) receivers and the suitabil...
Abstract — Motivated by the suitability of the Weibull distri-bution to model multipath fading chann...
Abstract — We study the performance of a dual-branch SC receivers over correlated Weibull fading cha...
Original scientific paper This paper focuses on performance analysis of dual-branch selection combin...
In this paper, we consider a Switch and Stay Combiner (SSC) diversity scheme operating over α−η−μ fa...
Abstract — We propose an alternative simpler implementation of generalized switch and stay combining...
Abstract-The performance of L-branch equal-gain combining (EGC) and maximal-ratio combining (MRC) re...
Abstract —The expressions for joint probability density function (PDF) of the Switch and Stay Combin...
This paper outlines a unified approach to performance evalua-tion of a broad class of coherent, diff...
versus normalized envelope level for a dual-branch SC (selection combining) receiver are discussed i...
We present a moments-based approach to the performance analysis of L-branch equal-gain combining and...
Abstract In this paper a performance analysis of triple-branch maximal ratio combining (MRC) diversi...
Novel expressions for the average symbol error probability (ASEP) in switched and stay combining rec...
Abstract — The problem of analyzing the performance of switch and stay combing (SSC) diversity recei...
Abstract—The performance of selection combining (SC) receivers oper-ating over independent, but not ...
Abstract—Ascertaining the importance of the dual selection combining (SC) receivers and the suitabil...
Abstract — Motivated by the suitability of the Weibull distri-bution to model multipath fading chann...
Abstract — We study the performance of a dual-branch SC receivers over correlated Weibull fading cha...
Original scientific paper This paper focuses on performance analysis of dual-branch selection combin...
In this paper, we consider a Switch and Stay Combiner (SSC) diversity scheme operating over α−η−μ fa...
Abstract — We propose an alternative simpler implementation of generalized switch and stay combining...
Abstract-The performance of L-branch equal-gain combining (EGC) and maximal-ratio combining (MRC) re...
Abstract —The expressions for joint probability density function (PDF) of the Switch and Stay Combin...
This paper outlines a unified approach to performance evalua-tion of a broad class of coherent, diff...
versus normalized envelope level for a dual-branch SC (selection combining) receiver are discussed i...
We present a moments-based approach to the performance analysis of L-branch equal-gain combining and...
Abstract In this paper a performance analysis of triple-branch maximal ratio combining (MRC) diversi...