AUTHORS: Amir Almslmany
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ABSTRACT: This paper proposes an airborne self-deception jammer (ASDJ) model based on chaotic algorithm and random sub-nyquist sampling (CA/RSN), this jammer generates false targets with finer resolution and different power using logistic map, these false targets retains the information of the airborne platform and their power level varies around the real platform echo power, the random sub-nyquist sampling greatly reduces the demand on sampling rate and processing speed, then a false scene at different ranges and power levels are created on the victim radar scope to provide an effective protection for the airborne platform from the ground radars and missile stations, the simulation was done on a model of Yake-42 plane to validate the effectiveness of the proposed jamming model.
KEYWORDS: Deceptive; Chaotic; Jamming; Radar; Spoofing; Nyquist
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