Due to limited antenna space, high communication requirements, and strict regulatory
constraints, the design of antennas for modern mobile phones has become an exceedingly …

Terahertz (THz) spectral region from 0.1 to 3 THz is envisaged to hold immense potential in
the next generation of wireless technologies. Recently, research has focused on this …

Optimization-driven parameter tuning is an essential step in the design of antenna systems.
Although in many cases, it is still conducted through parametric studies, rigorous numerical …

In this article, various machine learning (ML) algorithms such as Artificial neural network
(ANN), Random Forest, XG boost, K nearest neighbor (KNN), and Knowledge-based neural …

A low-profile, wideband antenna-in-package (AiP) design is proposed for 5G mmWave
mobile applications. The aperture-coupled feeding incorporated with the microstrip feed line …

With the current advancements in millimeter wave communication, low‐profile structure and
power handling capability at high frequencies have become the prime focus for the …

This paper presents an innovative framework for fast-developing broadband, low-profile,
dual-polarized cross-dipole antennas. This approach integrates a broadband, petal-shaped …

In this article, a dual port dielectric resonator antenna is modeled using various machine
learning algorithms ie deep neural network (DNN), Random Forest, and XG boost. The …

With innovative technologies developing at a rapid pace, machine learning has become
essential to improve interdisciplinary applications such as wireless communications …

For the antenna optimization, computationally expensive full-wave EM simulations are
necessary, making efficient design of antennas a challenge. Since there are only a few local …