In this paper, we present characterizations of multi-antenna systems in two opposite edge environments, i.e., rich isotropic multipath (RIMP) and random line-of-sight (LOS) environments. We use the detection probability of the single or multiple bit streams (for diversity and multiplexing cases, respectively) over an ensemble of users as the characterizing quantity. The relationship between the detection probability and the throughput in RIMP is given. An wideband compact multi-port antenna is used as an example to show characterizations in both RIMP and random-LOS environment
We derive the probability of detection functions of 1- and 2-bitstreams for polarization multiple in...
We propose that the rich isotropic multipath environment should be a reference environment for OTA (...
The focus of this paper is to derive the symbol error probability (SEP) of a Rake receiver with a li...
In this paper, we present characterizations of multi-antenna systems in two opposite edge environmen...
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...
Rich Isotropic Multipath (RIMP) environment likereverberation chamber (RC) has proven to be useful f...
Autonomous cars will in a near future drive around in cities and on highways. Antennas will then be ...
The current thesis is about over-the-air (OTA) performance characterization of wireless terminals in...
The reverberation chamber has through the last thirteen years been used to emulate a rich isotropic ...
Wireless systems have become more and more advanced in terms of handling the statistical properties ...
The simulation tool introduced in [1] is extended further to include the emulation of non-uniform mu...
The current thesis investigates over-the-air (OTA) performance characterization of small antennas an...
New over-the-air (OTA) measurement technology is wanted for quantitative testing of modern wireless ...
The current thesis is about over-the-air (OTA) performance characterization of wireless terminals in...
We derive the probability of detection functions of 1- and 2-bitstreams for polarization multiple in...
We propose that the rich isotropic multipath environment should be a reference environment for OTA (...
The focus of this paper is to derive the symbol error probability (SEP) of a Rake receiver with a li...
In this paper, we present characterizations of multi-antenna systems in two opposite edge environmen...
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...
Rich Isotropic Multipath (RIMP) environment likereverberation chamber (RC) has proven to be useful f...
Autonomous cars will in a near future drive around in cities and on highways. Antennas will then be ...
The current thesis is about over-the-air (OTA) performance characterization of wireless terminals in...
The reverberation chamber has through the last thirteen years been used to emulate a rich isotropic ...
Wireless systems have become more and more advanced in terms of handling the statistical properties ...
The simulation tool introduced in [1] is extended further to include the emulation of non-uniform mu...
The current thesis investigates over-the-air (OTA) performance characterization of small antennas an...
New over-the-air (OTA) measurement technology is wanted for quantitative testing of modern wireless ...
The current thesis is about over-the-air (OTA) performance characterization of wireless terminals in...
We derive the probability of detection functions of 1- and 2-bitstreams for polarization multiple in...
We propose that the rich isotropic multipath environment should be a reference environment for OTA (...
The focus of this paper is to derive the symbol error probability (SEP) of a Rake receiver with a li...