PROJECT TITLE :

Analysis of Rotating Cross-Eye Jamming

ABSTRACT:

To find a higher rotating retrodirective cross-eye jamming system, a replacement scenario is presented, that consists of 4 retrodirective jamming parts. A brand new criterion known as “stability issue” is proposed to judge the flexibility of cross-eye jamming, generating stable angular deception, and calculating the optimum values that may generate stable jamming. Comparing through rigorous theoretic analysis and demonstration, the new scenario outperforms the standard cross-eye jamming system in stability issue. The minimum stability factor is obtained by adjusting the modulating direction with variations.