Accurate models of scattering and noise parameters of transistors are instrumental in
facilitating design procedures of microwave devices such as low-noise amplifiers. Yet, data …

An intelligent antenna synthesis method is proposed to automatically select suitable
antenna type and provide optimal geometric parameters according to the requirement of …

In this work, a computationally efficient method based on data-driven surrogate models is
proposed for the design optimization procedure of a Frequency Selective Surface (FSS) …

The importance of surrogate modeling techniques has been steadily growing over the recent
years in high-frequency electronics, including microwave engineering. Fast metamodels are …

Electromagnetic (EM) simulation tools have become indispensable in the design of
contemporary antennas. Still, the major setback of EM-driven design is the associated …

This paper considers a downlink resource-allocation problem in distributed interference
orthogonal frequency-division multiple access (OFDMA) systems under maximal power …

In recent times, neural networks (NN) have been successfully utilized to model real-world
engineering problems. However, complexities in constructing an optimal NN architecture …

Horn antenna designs are favored in many applications where ultra‐wide‐band operation
range alongside of a high‐performance radiation pattern characteristics are requested …

Behavioral models have garnered significant interest in the realm of high-frequency
electronics. Their primary function is to substitute costly computational tools, notably …

The requirements of future aeroengines challenge turbomachinery designs to be quieter,
greener, and more efficient; furthermore, they must be developed at considerably reduced …