This paper aims to provide a general review of the fundamental ideas, varieties, methods,
and experimental research of the most advanced frequency selective surfaces available …

ABSTRACT A hybrid optimization technique is used to synthesize frequency selective
surface (FSS) structures composed of periodic arrays of integrated rings and dipole patch …

Genetic algorithms (GAs) are optimization algorithms that use stochastic techniques inspired
in the natural evolution theory. They consist of search algorithms that aim to find a set of …

In this work, we present a multiband FSS with open matryoshka elements obtained by the
insertion of a gap in the matryoshka ring. Taking into account the unit cell dimensions, very …

Frequency selective surfaces, FSS, are structures with many applications in
telecommunication systems. Recently, FSS principles have been employed in chipless RFID …

This work presents an investigation of frequency selective surfaces (FSSs), with cross
dipole, square loop, and triangular patch elements printed on textile substrates which exhibit …

This work presents a wave concept iterative procedure design of a frequency selective
surface (FSS) structure, which elements are composed by integration of square ring and …

The use of FSS with non fractal geometry is proposed in this work. When non fractal details
are applied to rectangular patch, the FSS frequency response can be drastically affected …

The aim of this manuscript is to present the application of an iterative method based on the
concept of transverse wave to analyze the packaging (passive element and substrate) …

The use of flexible materials for the development of planar circuits is one of the most desired
and studied characteristics, lately, by researchers. This happens because the flexibility of the …