The recent availability of high-contrast, low-loss ceramic materials provides us with
possibilities for significant antenna miniaturization. This paper explores the use of low …

The Higher-Order Array Decomposition Method (HO-ADM) is extended to handle fully
populated or thinned finite array antennas and scatterers which can be modeled as arrays …

This book provides a brief overview of the popular Finite Element Method (FEM) and its
hybrid versions for electromagnetics with applications to radar scattering, antennas and …

This paper presents a full wave simulation technique for modeling indoor propagation
channels. A key feature of the technique is the use of a domain decomposition approach that …

The full-wave array decomposition method for regular antenna arrays with arbitrary
elements using higher order hierarchical basis functions is investigated. We show that the …

Wavelength-scaled array architectures use scaled elements to achieve ultrawideband
performance with significantly fewer overall radiators than traditional ultrawideband arrays …

Hybrid combinations of numerical and asymptotic methods are utilized to evaluate in-situ
antenna performance, and coupling to other systems on a shared platform such as a ship …

Dielectrics are used in antenna design to support the printed structure and to also reduce
antenna resonance and size. However, to our knowledge, dielectric volumes have not been …

The recent availability of high-contrast, low-loss ceramic materials provides us with
possibilities for significant antenna miniaturization. The paper explores the use of low …

It is well known that the scope and application of numerically-rigorous techniques for full-
wave electromagnetic characterization is limited to problems of moderate electrical size and …