Add to ORKGA simple and intuitive metric of multiplexing efficiency is proposed for evaluating the performance of MIMO antennas in the spatial multiplexing mode of operation. The metric is particularly useful for antenna engineers whose goal is to achieve the optimum antenna system design. Experimental results involving prototype mobile terminals highlight the effectiveness of our proposal
Previously, the throughput for a single-input multiple-output (SIMO) system was successfully tested ...
Multiple – Input – Multiple – Output (MIMO) systems is a broad subject which have been studied and r...
textMultiple antenna wireless systems are those that have multiple transmit and/or multiple receive...
Multiplexing efficiency is proposed as a simple and intuitive metric for characterizing multiple ant...
Multiplexing efficiency has recently been proposed as a performance metric for characterizing the ab...
The antenna-channel effects on multiple-input-multiple-output (MIMO) throughput are characterized in...
Recently, the multiplexing efficiency metric is proposed for characterizing the MIMO performance of ...
With new third and fourth generation mobile communication systems emerging, there has been an increa...
Abstract: The main goals in developing new wireless communication systems are increasing the transmi...
MIMO uses multiple element antennas (MEAs) at the transmitter and receiver to exploit spatial channe...
The importance of multiple-input multiple-output (MIMO) to exploit the spatial diversity of digital ...
The two main aims of Multiple Input Multiple Output (MIMO) are: achieving Spatial Diversity and Spat...
Abstract — MIMO systems which employs multiple antennas at the transmitter as well as at the receiv...
Multiple input multiple output (MIMO) wireless systems use multiple element antennas at the transmit...
This paper presents the capacity performance of multiple antennas for wireless communication systems...
Previously, the throughput for a single-input multiple-output (SIMO) system was successfully tested ...
Multiple – Input – Multiple – Output (MIMO) systems is a broad subject which have been studied and r...
textMultiple antenna wireless systems are those that have multiple transmit and/or multiple receive...
Multiplexing efficiency is proposed as a simple and intuitive metric for characterizing multiple ant...
Multiplexing efficiency has recently been proposed as a performance metric for characterizing the ab...
The antenna-channel effects on multiple-input-multiple-output (MIMO) throughput are characterized in...
Recently, the multiplexing efficiency metric is proposed for characterizing the MIMO performance of ...
With new third and fourth generation mobile communication systems emerging, there has been an increa...
Abstract: The main goals in developing new wireless communication systems are increasing the transmi...
MIMO uses multiple element antennas (MEAs) at the transmitter and receiver to exploit spatial channe...
The importance of multiple-input multiple-output (MIMO) to exploit the spatial diversity of digital ...
The two main aims of Multiple Input Multiple Output (MIMO) are: achieving Spatial Diversity and Spat...
Abstract — MIMO systems which employs multiple antennas at the transmitter as well as at the receiv...
Multiple input multiple output (MIMO) wireless systems use multiple element antennas at the transmit...
This paper presents the capacity performance of multiple antennas for wireless communication systems...
Previously, the throughput for a single-input multiple-output (SIMO) system was successfully tested ...
Multiple – Input – Multiple – Output (MIMO) systems is a broad subject which have been studied and r...
textMultiple antenna wireless systems are those that have multiple transmit and/or multiple receive...