Calculating Directivities with the Two-Dimensional Simpson's Rule
Use this link to cite
http://hdl.handle.net/2183/17270Collections
- GI-GTEC - Artigos [193]
Metadata
Show full item recordTitle
Calculating Directivities with the Two-Dimensional Simpson's RuleAlternative Title(s)
Calculating Directivities with the 2D Simpson's RuleDate
2004-08Citation
J. C. Bregains ; I. C. Coleman ; F. Ares ; E. Moreno Piquero "Calculating directivities with the two-dimensional Simpson's rule", IEEE Antennas and Propagation Magazine, 106 - 112 Volume: 46, Issue: 4 , Aug. 2004
Abstract
[Abstract] C++ routines implementing the simple generalization of Simpson's rule to two dimensions for calculating antenna directivities compare well with methods currently available in common symbolic and numerical calculation packages.
Keywords
Antennas and propagation
Packaging
Directive antennas
Linear antenna arrays
Polynomials
Equations
Antenna radiation patterns
Numerical analysis
Planar arrays
Antenna measurements
Packaging
Directive antennas
Linear antenna arrays
Polynomials
Equations
Antenna radiation patterns
Numerical analysis
Planar arrays
Antenna measurements
Editor version
ISSN
1045-9243
Related items
Showing items related by title, author, creator and subject.
-
Variation in The Bandwidths of Pattern-Quality Parameters and Maximum Embedded Impedance among the Solutions to Shaped-Beam Synthesis Problems for Collinear Dipole Arrays
Brégains, Julio; Ares Pena, F. J.; Moreno Piquero, E. (Institute of Electrical and Electronics Engineers, 2003)[Abstract] We investigated variation in the bandwidths of ripple, sidelobe level, -3 dB beamwidth, and maximum element embedded (active) impedance (|Z/sup e/|/sub max/) among multiple collinear dipole arrays radiating a ... -
Variation in Bandwidths Among Solutions to Shaped Beam Synthesis Problems Concerning Linear Arrays of Parallel Dipoles
Brégains, Julio; Ares Pena, F. J. (Institute of Electrical and Electronics Engineers, 2005-01)The problem of synthesizing a linear array generating a shaped beam pattern with M filled s has 2M alternative solutions. In this study we examined their bandwidths as regards compliance with pattern quality or input ... -
A MATLAB Interface for Analyzing Conformal Arrays Composed of Polarized Heterogeneous Elements
Brégains, Julio; García-Naya, José A.; González-López, Miguel; Castedo, Luis (Institute of Electrical and Electronics Engineers, 2011-10)[Abstract] As an extension and improvement of a previous work, this paper presents a graphical interface designed with MATLAB®, which is capable of representing both the spatial and electrical configurations of a conformal ...