To obtain high-resolution quantitative images of acoustic parameters (such as sound speed
and absorption coefficient) in tissue from measurements of the interaction of incident waves …

Our recent inverse scattering work has been to derive inverse scattering theory and
algorithms that can be used to process practical experimental data. The theory makes use of …

Two algorithms for image reconstruction in electromagnetic imaging are proposed. The first
approach concerns the application of a hybrid version of the genetic algorithm to …

An approach to diffraction tomography is investigated for two-dimensional image
reconstruction of objects surrounded by an arbitrarily-shaped curve of sources and …

The problem of determining a scattering potential from scattered field data is addressed
within the Heitler equation. This equation relates the on shell components of the T matrix …

The imaging of a strong elastic scatterer located in a fluid is treated by a novel method. This
consists of replacing the scatterer by equivalent source and reflectivity distributions without …

The explicit inverse problems in nondestructive testing range from material characterization
to defect imaging, and, as such, they exhibit a large bandwidth of complexity: Material …

A fast reconstruction algorithm for diffraction tomography is derived. The proposed algorithm
increases the reconstruction speed of the filtered backpropagation algorithm to be …

This paper reviews the collaborative research of Kleinman and Van den Berg with respect to
the inverse scattering problem of the determination of the shape, the location and the …