Sparsely sampled irregular arrays and random arrays have been used or proposed in several fields such as radar, sonar, and ultrasound imaging. One method of pattern synthesis for sparse phased array antenna using genetic algorithms is introduced. We start with an introduction to genetic algorithms and then consider the problem of finding the best amplitude layout of elements in sparse arrays. The optimization criteria are then reviewed: creation of beam patterns with low main lobe width and low side lobes
Abstract—An optimization problem for designing non-uniformly spaced, linear arrays is formulated and...
The pattern synthesis of sparse antenna arrays has many practical applications in situations where t...
A genetic algorithm procedure is presented for synthesizing the radiation pattern of nonuniformly sp...
259-264The present paper describes the phase only pattern synthesis for the active phased array an...
Thinned phased array antenna is useful for Radar and satellite communications. Main drawback of phas...
Abstract — A genetic algorithm (GA) is presented to obtain the best arrangement for the linear array...
This paper presented pattern synthesis using the Induced EMF Method and a Genetic Algorithm (GA). A ...
This paper presented pattern synthesis using the Induced EMF Method and a Genetic Algorithm (GA). A ...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
As compared to single-element antenna, antenna array can not only achieve better radiation performan...
The United States Navy requires radical and innovative ways to model and design multifunction phased...
© The Institution of Engineering and Technology. Antenna arrays with shaped patterns have drawn sign...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
Abstract – The two most commonly used antenna array layouts, the periodic array and the random array...
Abstract—An optimization problem for designing non-uniformly spaced, linear arrays is formulated and...
The pattern synthesis of sparse antenna arrays has many practical applications in situations where t...
A genetic algorithm procedure is presented for synthesizing the radiation pattern of nonuniformly sp...
259-264The present paper describes the phase only pattern synthesis for the active phased array an...
Thinned phased array antenna is useful for Radar and satellite communications. Main drawback of phas...
Abstract — A genetic algorithm (GA) is presented to obtain the best arrangement for the linear array...
This paper presented pattern synthesis using the Induced EMF Method and a Genetic Algorithm (GA). A ...
This paper presented pattern synthesis using the Induced EMF Method and a Genetic Algorithm (GA). A ...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
As compared to single-element antenna, antenna array can not only achieve better radiation performan...
The United States Navy requires radical and innovative ways to model and design multifunction phased...
© The Institution of Engineering and Technology. Antenna arrays with shaped patterns have drawn sign...
In this letter, a new hybrid technique to synthesize sparse linear arrays is proposed. This techniqu...
Abstract – The two most commonly used antenna array layouts, the periodic array and the random array...
Abstract—An optimization problem for designing non-uniformly spaced, linear arrays is formulated and...
The pattern synthesis of sparse antenna arrays has many practical applications in situations where t...
A genetic algorithm procedure is presented for synthesizing the radiation pattern of nonuniformly sp...