We present the design, development, and test of three novel, distinct automatic target
recognition (ATR) systems for the recognition of airplanes and, more specifically, non …

One of the important forms of military intelligence consists of recognizing the type of target in
the battle field. If good‐quality optical image of the battle scene is available, target …

With the present revival of interest in bistatic radar systems, research in that area has gained
momentum. Given some of the strategic advantages for a bistatic configuration, and …

This research reports on the construction of a demonstration platform for a passive ground-
based primary radar station for monitoring aircraft. The key to the system is the use of …

The use of space-based bistatic radar has many attractive features (particularly related to
covert observation and survivability) over that of conventional monostatic systems. However …

Resolution and ambiguity in both range and Doppler are parameters of fundamental
importance in the design and subsequent performance of any radar system. In passive …

Rather than emitting pulses, passive radar systems rely on" illuminators of opportunity," such
as TV and FM radio, to illuminate potential targets. These systems are attractive since they …

Radar is a coherent sensor, which makes it suitable for the retrieval of the polarization
information of the scattering process. Different algorithms have been proposed in the last …

Passive bistatic radar (PBR) is a well-known topic but research is mainly focused on
detection and estimation, and relatively little work has been done on PBR imaging. This …

In the modern radar target recognition, the model-based approach offers a flexible and
computationally efficient way to characterize targets, since establishing an adequate target …