Communications at mm-wave frequencies and above rely heavily on beamforming antenna
arrays. Typically, hundreds, if not thousands, of independent antenna channels are used to …

In this work, a method is presented to maximize the gain of millimeter-wave (mm-wave) lens
antennas using phase center analysis. This analysis is required when the underlying …

Phased-array multibeam RF beamformers require calibration of receivers used in an array of
elements before the signals can be applied to an analog beamforming network. This article …

Qubits are the basic building blocks of a quantum processor, which require electromagnetic
pulses in gigahertz (GHz) frequency range and latency in nanoseconds for control and …

In addition to provide high bandwidth transmission for scientific research equipment, short-
distance wireless communication technology is important to overcome the installation costs …

This paper describes the Design of Ka Band Hemispherical Dielectric Lens and Horn
Assembly for Discrete Beamforming. In a Phased array antenna, the challenges in beam …

The demand for high-data-rate communication services in 5G and 6G wireless
communication systems has led to an increasing need for mounting multiple access points …

Communications at mm-wave frequencies and above rely heavily on beamforming antenna
arrays. Typically, hundreds, if not thousands, of independent antenna channels are used to …

Communications at mm-wave frequencies and above rely heavily on beamforming antenna
arrays. Typically, hundreds, if not thousands, of independent antenna channels are used to …

Communication in the millimeter-wave (mmWave) band has enabled giga-bit-per-second
data rates for next generation wireless systems. To this end, physical layer security …