This paper investigates convergence in diversity gain of multi-port antennas in non-rich multipath environments. It is shown that diversity gain convergence is faster in the presence of strong coupling. In this situation, richness threshold is also smaller. Furthermore, by linking convergence in diversity gain to convergence in antenna ports\u27 correlations, the role of pattern diversity caused by coupling is highlighted. A range of variation for correlations is defined whose upper bound is used to quantify pattern diversity. The lower bound for this range is the corresponding spatial correlation in a rich multipath environment
The spatial correlation coefficient of signals received by two normal-mode helical antennas in a mul...
Abstract — In this paper, we investigate throughput performance of downlink multi-antenna transmissi...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...
Coupling effects on richness threshold of multi-port antennas in multipath environments This documen...
The simulation tool introduced in [1] is extended further to include the emulation of non-uniform mu...
The main concern of this paper is to study the presence of a cascaded Butler network in diversity an...
Abstract — In antenna diversity systems, mutual coupling of closely-spaced antennas alters the eleme...
Abstract—This paper investigates diversity for dual-antenna systems operating in indoor environments...
Antenna diversity gain for theoretical as well as measured antennas is studied in two extreme enviro...
Antenna diversity gain for theoretical as well as measured antennas is studied in two extreme enviro...
The performance of multiport antenna systems located in multipath environment is characterized by th...
In wireless communication systems, multipath interference has a significant impact on system design ...
Multiport antenna systems are indispensable part of modern wireless communication systems. Their cru...
Accuracy limitation in evaluation of diversity gains based on cumulative distribution function curve...
A simple radiation efficiency metric is introduced to include the effects of non-ideal source/receiv...
The spatial correlation coefficient of signals received by two normal-mode helical antennas in a mul...
Abstract — In this paper, we investigate throughput performance of downlink multi-antenna transmissi...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...
Coupling effects on richness threshold of multi-port antennas in multipath environments This documen...
The simulation tool introduced in [1] is extended further to include the emulation of non-uniform mu...
The main concern of this paper is to study the presence of a cascaded Butler network in diversity an...
Abstract — In antenna diversity systems, mutual coupling of closely-spaced antennas alters the eleme...
Abstract—This paper investigates diversity for dual-antenna systems operating in indoor environments...
Antenna diversity gain for theoretical as well as measured antennas is studied in two extreme enviro...
Antenna diversity gain for theoretical as well as measured antennas is studied in two extreme enviro...
The performance of multiport antenna systems located in multipath environment is characterized by th...
In wireless communication systems, multipath interference has a significant impact on system design ...
Multiport antenna systems are indispensable part of modern wireless communication systems. Their cru...
Accuracy limitation in evaluation of diversity gains based on cumulative distribution function curve...
A simple radiation efficiency metric is introduced to include the effects of non-ideal source/receiv...
The spatial correlation coefficient of signals received by two normal-mode helical antennas in a mul...
Abstract — In this paper, we investigate throughput performance of downlink multi-antenna transmissi...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...