A new method for simultaneous clutter and jamming rejection in airborne phased array radar is proposed. This method shows a better performance than other suboptimal methods, and its computational and sampling requirements are significantly reduced compared with the optimal and some suboptimal methods. The obvious properties of this method are that it possesses a good performance in the Doppler frequency bins against the mainlobe clutter and the considerable simplification in the implementation complexity. Therefore, this is an effective method for clutter and jamming rejection in airborne phased array radar.
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