Prediction of low incidence angle propagation effects in ISAR images of sea targets

In this paper we deal with the prediction of high-resolution radar cross section (ISAR images) in sea scenarios for low incidence angle conditions. In this contribution, we describe a computer program to predict high-resolution ISAR images including the effects caused by low incidence angle propagation (multipath, evaporation duct, atmospheric gases absorption…) and ship and sea surface dynamics.