Modern radar systems have high requirements in terms of accuracy, robustness and real-
time capability when operating on increasingly complex electromagnetic environments …

Electronic warfare (EW) is an important capability that provides advantage to defence forces
over their adversaries. Defence forces gather tactical intelligence through EW sensors …

Radar emitter classification (REC) is an essential part of electronic warfare (EW) systems. In
REC tasks, after deinterleaving, the intercepted radar signals are classified into specific …

The problem of radar modeling is of critical importance to Electronic Warfare applications
such as radar recognition and threat analysis. As modern radar signals become steadily …

The process of final emitter identification is based on ldquothe knowledge-based
approachrdquo which was implemented during the processing of constructing the database …

One of the important objectives of a radar warning receiver (RWR) aboard a tactical aircraft
is to evaluate the level of threat posed by hostile radars in an extremely complex electronic …

In this book we describe applications of Compressive Sensing (CS) based algorithms for
Electronic Support (ES) tasks such as direction-of-arrival (DOA) estimation of modulated …

In this paper a new methodology for training radial basis function (RBF) neural networks is
introduced and examined. This novel approach, called Fuzzy-OSD, could be used in …

The rapid development of modern communication technology makes the identification of
emitter signals more complicated. Based on Ward's clustering and probabilistic neural …

Radar emitter signal recognition plays an important role in electronic intelligence systems
and electronic support measure systems. To heighten accurate recognition rate of radar …