Pramod Kumar Singhal

TL;DR: The results obtained from artiflcial neural network when compared with experimental and simulation results, found satisfactory and also it is concluded that RBF network is more accurate and fast as compared to difierent variants of backpropagation training algorithms of MLPFFBP.

TL;DR: In this article, the authors reviewed and analyzed various design concepts used over the years to improve the scanning capability of the rotman lens developed by various researchers and concluded that the emerging printed lenses in recent years have facilitated the advancement of designing high performance but low profile, lightweight, and small-size and networks (BFNs).

TL;DR: This work studies in-depth different designs and analysis methods of microstrip patch antenna using artificial neural-network and different network structure are described from the RF-microwave designer's perspective.

TL;DR: In this paper, the authors analyzed and explored the concept of microstrip patch antennaconfigured by double negative left-handed metamaterial which have dielectric permittivity andmagnetic permeability both negative simultaneously.

TL;DR: In this article, the design of a compact Rotman (1963) type lens for wide angle scanning has been derived and the equation to design the lens have been derived, and the lenses designed using the proposed approach have been analyzed using the contour integral approach.