In this paper we present the detailed performance of GA-ABF technique (genetic algorithm based adaptive beamforming) under different interference/noise environment. First, the GA-ABF's performance under stationary scenario is analyzed in terms of different interferences power, different direction of arrival, and different element channel noise. Afterward, the tracking ability of GA-ABF is demonstrated in circumstance where a group of interferences with distinct power change their directions of arrival randomly at certain time interval. Finally, two approaches aimed at improving the effectiveness and rate of convergence of GA-ABF are outlined quantitatively towards suppressing multiple random interferences within the framework of standa...
Adaptive algorithms such as Least-Mean-Square (LMS) based channel equalizer aim to minimize the Inte...
This article simplifies the complexity of an adaptive antenna by employing the genetic algorithm. Th...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...
Genetic Algorithm (GA) assisted beamforming techniques are proposed as an alternative to conventiona...
In a mobile communication systems, the number of observation data (snapshots) used for covariance ma...
This paper proposes an improved 'genetic algorithm (GA) assisted beamforming for a one-dimensio...
The presented submission describes how genetic algorithms can be applied to the control of adaptive ...
A novel Genetic Algorithm (GA) assisted direct error probability optimisation technique is proposed ...
In this paper a novel Genetic Algorithm (GA) assisted Minimum Bit Error Rate Rate (MBER) beamforming...
A genetic algorithm assisted beam tracking and forming is applied to solve the problem of tracking a...
This paper proposes a genetic algorithm (GA) based beamformer to optimize speech recognition accurac...
AbstractThe capability of adaptive antenna array lies in forming higher gain in the user directions ...
Context: This works investigates the use of Genetic Algorithm (GA) for beamforming on a Code Divisi...
Evolutionary algorithm is one of the hottest research topics in recent decades. The most well-known ...
The capability of adaptive antenna array lies in forming higher gain in the user directions and lowe...
Adaptive algorithms such as Least-Mean-Square (LMS) based channel equalizer aim to minimize the Inte...
This article simplifies the complexity of an adaptive antenna by employing the genetic algorithm. Th...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...
Genetic Algorithm (GA) assisted beamforming techniques are proposed as an alternative to conventiona...
In a mobile communication systems, the number of observation data (snapshots) used for covariance ma...
This paper proposes an improved 'genetic algorithm (GA) assisted beamforming for a one-dimensio...
The presented submission describes how genetic algorithms can be applied to the control of adaptive ...
A novel Genetic Algorithm (GA) assisted direct error probability optimisation technique is proposed ...
In this paper a novel Genetic Algorithm (GA) assisted Minimum Bit Error Rate Rate (MBER) beamforming...
A genetic algorithm assisted beam tracking and forming is applied to solve the problem of tracking a...
This paper proposes a genetic algorithm (GA) based beamformer to optimize speech recognition accurac...
AbstractThe capability of adaptive antenna array lies in forming higher gain in the user directions ...
Context: This works investigates the use of Genetic Algorithm (GA) for beamforming on a Code Divisi...
Evolutionary algorithm is one of the hottest research topics in recent decades. The most well-known ...
The capability of adaptive antenna array lies in forming higher gain in the user directions and lowe...
Adaptive algorithms such as Least-Mean-Square (LMS) based channel equalizer aim to minimize the Inte...
This article simplifies the complexity of an adaptive antenna by employing the genetic algorithm. Th...
The development of simultaneous transmit and receive capabilities is on the cutting-edge of research...