Fast and accurate electromagnetic simulation of large-area metasurfaces remains a major
obstacle in automating their design. In this paper, we propose a metasurface simulation …

This book is a self-contained, programming-oriented and learner-centered book on finite
element method (FEM), with special emphasis given to develo** MATLAB® programs for …

Parallelization of the finite-element method (FEM) has been contemplated by the scientific
and high-performance computing community for over a decade. Most of the computations in …

There are many steps in the design of a microwave filter: mathematically describing the filter
characteristics, representing the circuit as a network of lumped elements or as a coupling …

We present a new stabilized 3-D control volume finite element method (FEM) for massively
parallel simulation of drift-diffusion transport in semiconductor devices. This new solver …

Deformable object manipulation (DOM) holds significant importance in a variety of robotic
applications. However, due to the absence of computationally efficient and accurate models …

As biological research demands simulations with increasingly larger cell counts, optimizing
these models for largescale deployment on heterogeneous supercomputing resources …

In this manuscript, variants of Jacobi solver implementation on general purpose graphical
processing units (GPGPU) have been purposed and compared. During this work, parallel …

The emergence of General Purpose Graphics Processing Units (GPGPUs) provides new
opportunities to accelerate applications involving a large number of regular computations …

This paper discusses a fast implementation of the stabilized locally optimal block
preconditioned conjugate gradient method, using a hierarchical multilevel preconditioner to …