MIMO Radar and Target Stackelberg Game in the Presence of Clutter


Multiple-input multiple-out (MIMO) radar, having plentiful benefits and applications, is efficacious to military and civil usage. But in electronic warfare, there's a game between MIMO radar and target, and litter will affect the game. This paper proposes a unique 2-step water-filling (WF) methodology for Stackelberg game between MIMO radar and target within the presence of muddle. Primarily based on mutual info, WF is applied to distribute jamming power, general WF is applied to distribute signal power. Then, optimization schemes at Stackelberg equilibrium of target dominant and radar dominant will be obtained in the presence of litter. Furthermore, reoptimization with antennas' state perceived is additionally achieved to cope with the destruction of half of MIMO radar transmitting antennas. Finally, the simulation results are presented and also the performances of the 2 optimization schemes are compared.

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