We present a massively-parallel solver for large Helmholtz-type inverse scattering problems.
The solver employs the distorted Born iterative method for capturing the multiples-cattering …

Purpose In ultrasound tomography (UT), Born iterative method (BIM) and distorted-Born
iterative method (DBIM) based on Born approximation are considered efficacious. DBIM …

In this paper, we present our view of massively-parallel heterogeneous computing for
solving large scientific problems. We start by observing that computing has been the primary …

Electromagnetics is based on the study of Maxwell's equations, which are the result of the
seminal work of James Clerk Maxwell completed in 1865, after his presentation to the British …

Solving large-scale inverse problems often incurs immense computational cost, mainly
because it has high computational complexity and/or involves sparse computations. This …

We report scalable solutions of inverse-scattering problems with the distorted Born iterative
method (DBIM) on large number of computing nodes. Distributing forward solutions does not …

Applications for mechanical engineering and semiconductor manufacturing, such as
scatterometers using extreme ultraviolet lithography technology, defect detection for optical …

We propose a hierarchical parallelization strategy to improve the scalability of inverse
multiple-scattering solutions. The inverse solver parallelizes the independent forward …

Inverse problems arise from a situation where there is a need to perceive an unknown object
with partially known electromagnetic fields. For instance, it can be applied to find tumour in …