A novel strategy for the design and optimization of large-scan phased arrays is proposed.
Active electronic beam-scanning antennas offer an unparalleled set of degrees of freedom …

A new method is proposed to synthesize arbitrary-tiled arrays fitting multiple, generally
conflicting, requirements for multiantenna systems operating beyond 100 GHz. The array …

In this paper, an effective algorithm for optimizing the subarray of conformal arrays is
proposed. The method first divides the conformal array into several first-level subarrays. It …

The phased array technologies usually suffer from high fabrication costs, high-density
integration, and heat dissipation, which limit their use, particularly for large-scale phased …

A novel design method is proposed for large-scale irregular planar phased arrays (PAs) to
address the performance decay resulting from limited scanning. Initially, a deterministic …

The widespread application of irregular arrays is prevented due to their low gain and high
sidelobe at large scanning angles. This article proposes a wide-angle scanning approach …

Abstract Space-based solar power systems (SSPS) envision the usage of focused
microwave beams to transfer power from space to ground. To supply a large amount of …

To concurrently reduce the cross-polarization level (XPL) and the sidelobe level (SLL), two
types of T-shaped subarray modules with mirrored ports are designed for a planar …

To achieve efficient long-range wireless power transfer (WPT), large antenna systems are
necessary spanning lengths of tens to thousands of meters in one dimension. This creates …

Dividing a large planar array aperture (LPAA) into smaller clustered subarrays gives many
advantageous in practical implementation of such antenna systems in terms of complexity …