Avoiding Interference in Planar Arrays through the Use of Artificial Neural Networks
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Avoiding Interference in Planar Arrays through the Use of Artificial Neural NetworksFecha
2002-08Cita bibliográfica
J. C. Brégains ; J. Dorado ; M. Gestal ; J. A. Rodriguez ; F. Ares ; A. Pazos "Avoiding interference in planar arrays through the use of artificial neural networks", IEEE Antennas and Propagation, IEEE, 61 - 65 Volume: 44, Issue: 4, Aug. 2002
Resumen
[Abstract] This article implements an artificial neural network to find, through computer simulation, the excitations of a square planar array. The array is composed of 52 uniformly spaced subarrays, and has a quasi- in its radiation diagram. This simulation model includes the reduction of any signal interference in the shaped radiating zone after its position has been determined.
Palabras clave
Antenna arrays
Array signal processing
Digital simulation
Electrical engineering computing
Interference suppression
Multilayer perceptron
Neural net architecture
Planar antenna arrays
Radiofrequency interference
Array signal processing
Digital simulation
Electrical engineering computing
Interference suppression
Multilayer perceptron
Neural net architecture
Planar antenna arrays
Radiofrequency interference
Versión del editor
ISSN
1045-9243