Add to ORKGIn this paper, novel mathematical approach for evaluation of probability density function (PDF) of instantaneous signal-to-interference ratio (SIR) at the receiver output in interference-limited environment is proposed. Dual-branch selection combining (SC) receiver operating over correlated Weibull fading channels applying SIR algorithm is considered. Analytical expression for joint PDF of desired signal and interference at the receiver output is derived and used for evaluation of PDF of instantaneous SIR. The expression for PDF of SIR is used for system performance analysis via outage probability, average bit error probability (ABEP) and average output SIR as system performance measures. Numerical results are graphically presented showing ...
Abstract — We study the performance of a dual-branch SC receivers over correlated Weibull fading cha...
This letter presents infinite series expressions for the outage probability, the probability densit...
In this paper, performance analysis of diversity technique with equal gain combining method (EGC)...
Original scientific paper This paper focuses on performance analysis of dual-branch selection combin...
Rad je usmjeren na analizu karakteristika višestrukog sustava selektivnog kombiniranja (SC) s dvije ...
Rad je usmjeren na analizu karakteristika višestrukog sustava selektivnog kombiniranja (SC) s dvije ...
In this paper, second order statistics of dual selection combining (SC) system applying desired sign...
Research results shown in this thesis consider selection combining space diversity systems. Weibull...
The aim of this paper is to consider the performance of wireless communication system with signal-to...
Abstract—Ascertaining the importance of the dual selection combining (SC) receivers and the suitabil...
A very efficient technique that reduces fading and channel interference influence is selection diver...
We evaluate the performance of selection combining (SC) diversity in cellular systems where binary p...
This thesis develops a mathematical framework for analyzing the average bit error rate performance o...
diversity is an efficient technique to mitigate fading and cochannel interference in wireless commun...
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...
This letter presents infinite series expressions for the outage probability, the probability densit...
In this paper, performance analysis of diversity technique with equal gain combining method (EGC)...
Original scientific paper This paper focuses on performance analysis of dual-branch selection combin...
Rad je usmjeren na analizu karakteristika višestrukog sustava selektivnog kombiniranja (SC) s dvije ...
Rad je usmjeren na analizu karakteristika višestrukog sustava selektivnog kombiniranja (SC) s dvije ...
In this paper, second order statistics of dual selection combining (SC) system applying desired sign...
Research results shown in this thesis consider selection combining space diversity systems. Weibull...
The aim of this paper is to consider the performance of wireless communication system with signal-to...
Abstract—Ascertaining the importance of the dual selection combining (SC) receivers and the suitabil...
A very efficient technique that reduces fading and channel interference influence is selection diver...
We evaluate the performance of selection combining (SC) diversity in cellular systems where binary p...
This thesis develops a mathematical framework for analyzing the average bit error rate performance o...
diversity is an efficient technique to mitigate fading and cochannel interference in wireless commun...
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...
This letter presents infinite series expressions for the outage probability, the probability densit...
In this paper, performance analysis of diversity technique with equal gain combining method (EGC)...