Add to ORKGWe investigate the possibility of using fractal geometry to construct radiating elements for phased array radar. We seek to understand whether the characteristics of individual fractal designs can give rise to multi-band or broadband performance and we do this by looking at Hilbert curves, log-periodic and circular-log-periodic radiating elements. We present the theory and discuss software that has been developed in order to model fractal elements and we present our findings accordingly
The study of the influence of geometrical factors on the characteristics of the antenna radiation. T...
A general procedure for the construction of new fractal multiband antennas is presented along with r...
There has been an ever growing demand for antenna designs that possesses compact size, low profile a...
We investigate the possibility of using fractal geometry to construct radiating elements for phased ...
This paper investigates the practicality of using a fractal shape to generate a multi-band antenna t...
In this contribution, fractal antenna arrays are analyzed for their applicability in multiple-input ...
This article proposed a new geometric design methodology for the systematic expansion of fractal lin...
Abstract—The purpose of this paper is to introduce the concept of fractals and its use in antenna ar...
Fractal geometry has been proven to be useful in several disciplines. In the field of antennaenginee...
Fractal antenna is an antenna, which active part has the form of a self-similar curve, andalso a cur...
ABSTRACT: Fractal geometry proved to have wide applications in electromagnetics with their frequency...
A novel analytical model to predict the radiation performance of the Sierpinski fractal multiband an...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
Fractal geometries are appealing in all applications where miniaturization capabilities are required...
Fractal antennas have been shown to demonstrate repetitive multi-band or log-periodic behavior that ...
The study of the influence of geometrical factors on the characteristics of the antenna radiation. T...
A general procedure for the construction of new fractal multiband antennas is presented along with r...
There has been an ever growing demand for antenna designs that possesses compact size, low profile a...
We investigate the possibility of using fractal geometry to construct radiating elements for phased ...
This paper investigates the practicality of using a fractal shape to generate a multi-band antenna t...
In this contribution, fractal antenna arrays are analyzed for their applicability in multiple-input ...
This article proposed a new geometric design methodology for the systematic expansion of fractal lin...
Abstract—The purpose of this paper is to introduce the concept of fractals and its use in antenna ar...
Fractal geometry has been proven to be useful in several disciplines. In the field of antennaenginee...
Fractal antenna is an antenna, which active part has the form of a self-similar curve, andalso a cur...
ABSTRACT: Fractal geometry proved to have wide applications in electromagnetics with their frequency...
A novel analytical model to predict the radiation performance of the Sierpinski fractal multiband an...
Abstract—Modern telecommunication system require antenna with wider bandwidth and smaller dimensions...
Fractal geometries are appealing in all applications where miniaturization capabilities are required...
Fractal antennas have been shown to demonstrate repetitive multi-band or log-periodic behavior that ...
The study of the influence of geometrical factors on the characteristics of the antenna radiation. T...
A general procedure for the construction of new fractal multiband antennas is presented along with r...
There has been an ever growing demand for antenna designs that possesses compact size, low profile a...