In multistatic imaging one uses waves to probe for information about an unknown medium.
These waves can be acoustic, elastic, or electromagnetic. They can be at zero-frequency …

The aim of this chapter is to consider two challenging problems in photo-acoustic imaging.
We consider extended optical sources in an attenuating acoustic background. We provide …

In this letter, thermoacoustic resonance effect is predicted from theoretical analysis with
series resistor-inductor-capacitor resonance circuit model and then observed experimentally …

We propose an approach for the simultaneous reconstruction of the electromagnetic and
acoustic material parameters, in the given medium where we want to image, using the …

This paper is devoted to the introduction and study of a photoacoustic tomography model, an
imaging technique based on the reconstruction of an internal photoacoustic source …

We provide a mathematical analysis and a numerical framework for magnetoacoustic
tomography with magnetic induction. The imaging problem is to reconstruct the conductivity …

This paper is concerned with the stability issue in determining absorption and diffusion
coefficients in photoacoustic imaging. Assuming that the medium is layered and the acoustic …

Optoacoustic imaging was for a long time concerned with the reconstruction of energy
density or optical properties. In this work, we present the full inverse problem with respect to …

The aim of this chapter is to review direct (non-iterative) anomaly detection algorithms that
take advantage of the smallness of the ultrasound anomalies. In particular, we numerically …

This paper is concerned with time reversal in photoacoustic tomography of dissipative media
that are similar to water. Under an appropriate condition, it is shown that the time reversal …