In this paper, the configuration of wideband smart antennas are reviewed and compared.
Three wideband beamforming algorithms, derived from fully spatial signal processing …

This paper describes a spatial beamformer which by using a rectangular array antenna
steers a beam in azimuth over a wide frequency band without frequency filters or tap-delay …

This article presents the design of a wideband rectangular array of planar monopoles, which
is able to steer its beam and nulls over a wide frequency band using real-valued weights …

This paper represents an adaptive beamforming technique to suppress interference or
jamming signals in wideband. In order to maintain low side lobe level (SLL) at an antenna …

So far, a wideband spatial beamformer has been proposed. This kind of beamformer has a
major contribution as its weighting coefficients are real valued in which they can be simply …

This article presents an array antenna with beam‐steering capability in azimuth over a wide
frequency band using real‐valued weighting coefficients that can be realized in practice by …

The paper presents a wideband spatial beamformer which employs a rectangular antenna
array with real valued signal weighting coefficients to steer beam in azimuth. A modified …

This paper presents a rectangular array antenna with a suitable signal-processing algorithm
that is able to steer the beam in azimuth over a wide frequency band. In the previous …

This paper presents a wideband spatial beamformer which is able to steer beam in azimuth
over a wide frequency band without the use of phase shifters, frequency filters or delay …

This paper presents a wideband beamformer which avoids the use of frequency filters or
delay networks to steer a beam in azimuth over a wide frequency band. To achieve an …