Cooperative generation of phantom radar track using a team of ECAVS based on RGPO

The technology of track deception for cooperative control of multiple electronic combat air vehicles(ECAVs) was analyzed by kinetics model. ECAVs were used to generate phantom radar tracks in multiple radar air defense network. Two-dimensional analyses of scenarios were provided involving single ECAV deceiving single radar and multiple ECAVs deceiving an integrated network of radars using range gate pull-off (RGPO) deception. According to the collinearity constraint request for ECAV, radar and phantom track, and through reducing finite dimensional searches to one dimensional parameter searches, the proposed algorithms were computationally attractive, and the ECAVs track programming problem under kinematic constraints can be realized real time computations amenably.