Switch and Examine combining (SEC) diversity scheme is one of the simplest yet efficient diversity schemes. Earlier in [1] and [2], we proposed sequential power loading algorithm to reduce the average power used at the transmitter in transmit diversity systems. In this paper, we propose the usage of a maximum ratio combining (MRC) receiver on top of sequential power loading, and provide a complete performance analysis of this proposed scheme in terms of average power used, average number of used antennas, average feedback load, and outage probability. Numerical results show that the proposed MRC enhanced scheme provides lower average number of used antennas and average feedback load with better outage performance than post selection and ear...
Efficient bandwidth utilization is paramount in wireless communication systems, particulary in fadin...
This paper studies throughput of wireless systems employing opportunistic feedback, multi-user, sele...
A diversity-combining system using transmit antenna selection at the transmitter and switch-and-exam...
One of the most effective methods for improving the performance of wireless communications is divers...
Switch and examine combing (SEC) diversity scheme provides a lowest-complexity closed-loop transmit ...
Diversity is an effective technique to improve wireless communication performance. In this paper, we...
Switch and Examine Combing (SEC) diversity scheme is one of the simplest diversity schemes to combat...
Different diversity techniques such as Maximal-Ratio Combining (MRC), Equal-Gain Combining (EGC) and...
In this paper, we propose a diversity combining system with transmit antenna selection at the transm...
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 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 letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
Efficient bandwidth utilization is paramount in wireless communication systems, particulary in fadin...
This paper studies throughput of wireless systems employing opportunistic feedback, multi-user, sele...
A diversity-combining system using transmit antenna selection at the transmitter and switch-and-exam...
One of the most effective methods for improving the performance of wireless communications is divers...
Switch and examine combing (SEC) diversity scheme provides a lowest-complexity closed-loop transmit ...
Diversity is an effective technique to improve wireless communication performance. In this paper, we...
Switch and Examine Combing (SEC) diversity scheme is one of the simplest diversity schemes to combat...
Different diversity techniques such as Maximal-Ratio Combining (MRC), Equal-Gain Combining (EGC) and...
In this paper, we propose a diversity combining system with transmit antenna selection at the transm...
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 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 letter, the performance of actual multielement antenna (MEA) systems under the transmit ante...
Efficient bandwidth utilization is paramount in wireless communication systems, particulary in fadin...
This paper studies throughput of wireless systems employing opportunistic feedback, multi-user, sele...
A diversity-combining system using transmit antenna selection at the transmitter and switch-and-exam...