A symmetrical dual-beam end-fire bowtie antenna with gain enhancement is achieved by
integrating three pairs of metamaterial (MTM) arrays for 5G MIMO applications. The first pair …

An innovative methodological paradigm is proposed for the design of unconventional
antenna systems for future 5G base stations. In such a codesign strategy, the antenna …

For 60-GHz band communications, both the mutual coupling and transmission distance
restrict the performance of a multiple-input multiple-output (MIMO) antenna array. Several …

A method to significantly increase the gain of a bow‐tie antenna based on metamaterial
concept is presented. The μ‐negative feature of the proposed two‐sided planar …

This research reports a conformal ultra-compact millimeter-Wave microwave access
narrowband four-port MIMO60. 0 GHz antenna designed for 60.0 GHz future high-speed …

A unique antenna design is presented to implement the dual-beam radiation simultaneously
in both H-and E-planes for operation over 57-64 GHz. The slot antenna is excited through a …

A technique to reduce the size and enhance the operating bandwidth (BW) of planar Yagi
antennas, while maintaining their unidirectional radiation characteristics, is proposed in this …

A novel millimeter-wave (MMW) hybrid isolator is presented to reduce the mutual-coupling
(MC) between two closely-spaced dielectric resonators (DR) antennas at 60 GHz. The …

A substrate integrated waveguide (SIW)-fed bow-tie antenna that is loaded with meander-
line H-shaped electric metamaterial resonators and double-sided split ring resonators …

This article proposes a low-cost, high-gain, and vertically polarized deployable antenna
utilizing kirigami pop-up geometry. It primarily utilizes a foldable polyethylene terephthalate …