Controlling waves in complex media has become a major topic of interest, notably through
the concepts of time reversal and wave front sha**. Recently, it was shown that spatial …

Time-reversal imaging algorithm based on subspace theory has been verified as an efficient
technique for localization of targets and damages in aerospace field. However, it is still a …

Time-reversal methods are widely used to achieve wave focusing in acoustics and
electromagnetics. Past time-reversal experiments typically require that a transmitter be …

We consider nonlinear electromagnetic time reversal (TR) applied to a semireverberant
complex enclosure containing a discrete passive nonlinear circuit. Unlike closed reverberant …

The capability of the time reversal technique (TR) to focus in time and in space a signal is
analyzed when the wanted focusing point is immersed in a lossy medium, a saline solution …

Microwave based imaging has been extensively examined for biomedical imaging and
research is still ongoing to attain best imaging systems. Examination and detection of …

Wave propagation in various complex media is an interesting and practical field that has a
huge impact in our daily life. Two common types of wave propagation are examined in this …

Abstract in italiano The interaction between electromagnetic fields and human body has
been studied for a long time, accounting for one of the most operative areas in theoretical …

The subspace-based time-reversal imaging algorithm has been verified as an efficient
technique for localization of targets and damage. To the best of the authors' knowledge, few …