An alternative compact formula in terms of input network parameters for calculation of envelope correlations is provided. The main advantage of this formula is that it can be simply modified to include cases of lossy structures and general cases of correlated nonuniform multipath environments. This formula is based on the open-circuit covariance matrix of the multiport antennas. The latter can be either estimated or quickly measured in a reverberation chamber, which removes the need for costly measurements of the embedded far field patterns
International audiencePrevious studies have confirmed the adverse impact of fading correlation on th...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...
In this paper we consider the spatial degrees of freedom in the context of a multi-antenna wireless ...
An alternative compact formula in terms of input network parameters for calculation of envelope corr...
This document has been downloaded from Chalmers Publication Library (CPL). It is the author´s versio...
The spatial correlation between pairs of antennas in a system comprised of N RF ports is found by ex...
yesThe envelope correlation for a two-element antenna array may be calculated using the antenna rad...
Abstract { This paper presents a simple formula re-lating multipath angular spread to small-scale fa...
This paper proposes an improved technique to calculate the Envelope Correlation Coefficient (ECC) by...
In this paper, we present a S-parameter based expression for the complex correlations of multi-port ...
The spatial correlation coefficient of signals received by two normal-mode helical antennas in a mul...
This paper investigates the correlations between sensor signals in multipath environments created by...
In this paper we consider the spatial degrees of freedom in the context of a multi-antenna wireless ...
The scattering parameter formulation for the envelope correlation in an (N,N) MIMO antenna array has...
The spatial correlation (SC) for a multipath environment based on a 2x2 MIMO system are computed on ...
International audiencePrevious studies have confirmed the adverse impact of fading correlation on th...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...
In this paper we consider the spatial degrees of freedom in the context of a multi-antenna wireless ...
An alternative compact formula in terms of input network parameters for calculation of envelope corr...
This document has been downloaded from Chalmers Publication Library (CPL). It is the author´s versio...
The spatial correlation between pairs of antennas in a system comprised of N RF ports is found by ex...
yesThe envelope correlation for a two-element antenna array may be calculated using the antenna rad...
Abstract { This paper presents a simple formula re-lating multipath angular spread to small-scale fa...
This paper proposes an improved technique to calculate the Envelope Correlation Coefficient (ECC) by...
In this paper, we present a S-parameter based expression for the complex correlations of multi-port ...
The spatial correlation coefficient of signals received by two normal-mode helical antennas in a mul...
This paper investigates the correlations between sensor signals in multipath environments created by...
In this paper we consider the spatial degrees of freedom in the context of a multi-antenna wireless ...
The scattering parameter formulation for the envelope correlation in an (N,N) MIMO antenna array has...
The spatial correlation (SC) for a multipath environment based on a 2x2 MIMO system are computed on ...
International audiencePrevious studies have confirmed the adverse impact of fading correlation on th...
In this paper the covariance matrix of received voltage signals across ports of a multiport antenna ...
In this paper we consider the spatial degrees of freedom in the context of a multi-antenna wireless ...