Recently, germ intelligence has grabbed prime focus of research fraternity working on
optimization and many such powerful algorithms have been reported till date. Of this …

This paper proposes an improved adaptive approach involving Bacterial Foraging Algorithm
(BFA) to optimize both the amplitude and phase of the weights of a linear array of antennas …

Recently the Bacterial foraging optimization algorithm (BFA) has attracted a lot of attention
as a high-performance optimizer. This paper presents a hybrid approach involving Bacterial …

Abstract An improved Central Force Optimization (CFO) algorithm for antenna optimization is
presented. CFO locates the global extrema an objective function to be maximized, in this …

Because the possibility of array element failure during operation cannot be ruled out [1],
selfrecoverable antenna array systems have recently been receiving considerable attention …

Task of finding position and level of fault in antenna arrays from its far field pattern
information is formulated as an optimization problem and solved using bacteria foraging …

In this paper, a Velocity Modulated Bacterial Foraging Optimization Technique is proposed.
The Bacterial Foraging algorithm is hybridized with Particle Swarm Optimization technique …

The design of antenna array with desirable multiple performance parameters such as
directivity, input impedance, beam width, and side‐lobe level using any optimization …

Editor's Note In this issue's" Antenna Applications Corner" column, authors Balamati
Choudhury, Susan Thomas, and Rakesh Mohan Jha describe various techniques available …

This paper presents a novel design of printed hybrid fractal tree (PHFT) antenna using
bacterial forging optimization (BFO) in conjunction with curve fitting technique. The antenna …