Due to the asymmetry of the elements' position distribution and polarization direction, it is a
challenge to synthesize difference patterns with large slope and symmetric main-lobe on 3 …

In practical radar systems, the conventional adaptive sidelobe canceller (SLC) works very
well as long as the input signal-to-interference-plus-noise (SINR) ratio is low or when the …

Null steering in adaptive arrays is usually achieved by controlling the complex weights of all
or most of the array elements. This study explores an alternative approach, where only the …

A sidelobe cancellation over a wide angular range for the uniformly excited planar array is
proposed. The approach is to readjust the amplitude and phase excitations of the boundary …

In monopulse radar antennas, the synthesizing process of the sum and difference patterns
must be fast enough to achieve good tracking of the targets. At the same time, the feed …

To alleviate the complexity of feeding network design and reduce the dependence of sum
and difference beam pattern synthesis on the central symmetric antenna arrays, a method …

A compact single-layer substrate integrated waveguide (SIW) monopulse network for Ku-
band tracking system applications is investigated and demonstrated in this work. The …

In most practical applications of the phased array antennas, the generated nulls toward the
interfering signals should have enough depth and width to accommodate fluctuations in …

A new configuration of Yagi antenna is proposed, which can improve the forward/backward
ratio (f/b) significantly while maintaining a high gain. This configuration involves the addition …

An innovative technique for obtaining ultra‐low sidelobes pattern in a phased array is
proposed. This technique involves the addition of two external edge elements which …