In this letter, the performance of actual multielement antenna (MEA) systems under the transmit antenna selection/maximal ratio combining (TAS/MRC) technique is evaluated. An alternative version of an efficient, recently developed, stochastic electromagnetic methodology is employed to investigate the TAS/MRC performance of five MEA systems operating in the 5.2-GHz ISM band. The MEA systems are comprised two up to six printed antennas, and their performance is evaluated through the diversity gain (DG) at 1% outage probability level. Interestingly, DG degradation is revealed when the number of receiving antennas is six
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...
Different diversity techniques such as Maximal-Ratio Combining (MRC), Equal-Gain Combining (EGC) and...
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
A well-known method for symbol detection involving signals received over a number of independent di...
A well-known method for symbol detection involving signals received over a number of independent di...
In this paper, we propose a diversity combining system with transmit antenna selection at the transm...
Switch and Examine combining (SEC) diversity scheme is one of the simplest yet efficient diversity s...
Abstract—In this paper, the performance of an uncoded multiple-input-multiple-output (MIMO) scheme c...
In real-life applications, antenna diversity is a very common diversity technique that improves the ...
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...
Different diversity techniques such as Maximal-Ratio Combining (MRC), Equal-Gain Combining (EGC) and...
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
In this communication, we present a new electromagnetic methodology that determines the covariance m...
A well-known method for symbol detection involving signals received over a number of independent di...
A well-known method for symbol detection involving signals received over a number of independent di...
In this paper, we propose a diversity combining system with transmit antenna selection at the transm...
Switch and Examine combining (SEC) diversity scheme is one of the simplest yet efficient diversity s...
Abstract—In this paper, the performance of an uncoded multiple-input-multiple-output (MIMO) scheme c...
In real-life applications, antenna diversity is a very common diversity technique that improves the ...
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...
Different diversity techniques such as Maximal-Ratio Combining (MRC), Equal-Gain Combining (EGC) and...
AbstractTransmit Antenna Selection (TAS) is essential part of future wireless systems to reduce the ...