The objectives of the proposed phase i project are as follows: develop new adaptive space/time architectures, applicable to a forward dpca (antenna moves normal to aperture plane), which deal with jamming, clutter, narrowband interference, error effects and platform motion as a single, integrated… More

This project is aimed at the development of coherent sidelobe canceller (cslc) technology in the higher microwave region for application to the tactical fighter x-band radar. it will specifically address a number of design issues, including auxiliary antenna design, clutter/jammer interactions,… More

This proposal presents an approach for providing a sidelobe clutter suppression capability to the x-band, air-to-air, look-down radar operating in the doppler ambiguous medium and low prf modes using space/time techniques. in particular, advantage will be take of planned jammer cancellation… More

Multi-dimensional adaptive processing techniques are proposed to detect low observable air-borne targets in difficult jamming and clutter environment. the problems of strong sidelobe jamming, main-beam clutter, side-lobe clutter, range/doppler spread of clutter, jamming generated terrain scattered… More