Proof of concept for the extensibility attribute of an ISAR simulator for studies in target glint

The proof of concept of using an interferometric ISAR simulator system in order to form a tool for false target decoy design purposes is presented in this paper. Emphasis is given to the explanation of the involved mathematical principles. The current scenario is the creation of a false target that exhibits corresponding glint effects at different distances to an approaching high resolution seeker sensor. The target is made to expand in its three-dimensional spatial occupation providing leads to the seeker sensor. Finally the novelty of this effort is a proposal attempt for the above mentioned scenario in order to lay the foundations for the optimum behaviour of the false target decoy.