IEEE Transactions on Microwave Theory and Techniques · 2002 · 26 citations · 8 references
EngineeringElectrical EngineeringDigital CommunicationInformation TheoryWireless CommunicationsBeamformingChannel CapacityChannel CodingChannel SelectionDiversity TechniquesWireless Channel ModelingDiversity CombiningEqual Gain CombiningMaximal Ratio CombiningMultiuser DiversityNakagami FadingSelection CombiningSignal-to-noise RatioSignal-to-noise Ratio Analysis
This paper develops an exact and general formulation in order to investigate the performance of equal gain, selection/equal gain, and selection/maximal ratio combining techniques. The performance is examined in terms of both the reliability and mean signal-to-noise ratio at the combiner output. Although the solution presented here considers the Nakagami fading environment, the formulation is general and can be easily applied to any other fading channel.
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<i>Probability, Random Variables, and Stochastic Processes</i>
A. Papoulis, Joseph G. Hoffman · Physics Today · 1967 · 4.1K citations
Linear Diversity Combining Techniques
D. P. Brennan · Proceedings of the IRE · 1959 · 1K citations
Engineering, Electrical Engineering, Digital Communication +12
Linear diversity combining techniques
Donald G. Brennan · Proceedings of the IEEE · 2003 · 818 citations
Engineering, Electrical Engineering, Digital Communication +12