Underwater image restoration is of significant importance in unveiling the underwater world.
Numerous techniques and algorithms have been developed in recent decades. However …

Even if, in recent decades, the use of remote sensing technologies (from satellite, aerial and
ground) for archaeology is stepping into its golden age, in Southern America geophysics for …

Ground-penetrating radars operating at a stand-off distance from the probed domain are
attractive diagnostic tools in several contexts. Despite notable advantages offered in terms of …

Most historic urban areas have a lack information regarding subsoil and buried structures
(such as old utilities, private cellars, etc.). Therefore, when planning new engineering …

Influenced by light scattering, absorption and water impurities, the quality of underwater
image is so poor that significant attention on underwater image enhancement (UIE) has …

Geophysical techniques are widely applied in the archaeological field to highlight variations
of the physical behaviour of the subsoil due to the presence of ancient and buried remains …

In this work we present and discuss the results of a pioneering Ground Penetrating Radar
(GPR) survey performed at the underwater archaeological stilt village called Jenipapo in the …

The article presents an imaging approach for ground penetrating radar prospecting over a
heterogeneous background soil characterized by a dielectric permittivity variation along …

Accurate forward modeling is of great significance for improving the accuracy and speed of
inversion. For forward modeling of large sizes and fine structures, numerical accuracy and …

We report a geophysical study across an active normal fault in the Southern Apennines. The
surveyed area is the “Il Lago” Plain (Pettoranello del Molise), at the foot of Mt. Patalecchia …