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General
An on distributed (radar) jamming using UAVs. The paper concludes that distributed jamming by UAVs can effectively degrade the performance of enemy ship radars, thereby allowing anti-ship missiles to achieve better penetration against enemy ship defenses.
Abstract: In order to effectively improve the capability of shore-to-ship missile penetration, unmanned aerial vehicles (UAV) are used for distributed combat against enemy shipborne radar. In this paper, based on radar detection equation and interference equation, the calculation model of radar exposure area under UAV interference is established, and the configuration of UAV array is analyzed. The results show that the jamming direction, jamming power and jamming distance of UAV have important effects on the detection performance of shipborne radar. The distributed operation of UAV can effectively reduce the combat effectiveness of radar, thus providing favorable conditions for shore-to-ship missile penetration, and laying an important theoretical foundation for future research on the tactical application of UAV as a new combat style."
Abstract: In order to effectively improve the capability of shore-to-ship missile penetration, unmanned aerial vehicles (UAV) are used for distributed combat against enemy shipborne radar. In this paper, based on radar detection equation and interference equation, the calculation model of radar exposure area under UAV interference is established, and the configuration of UAV array is analyzed. The results show that the jamming direction, jamming power and jamming distance of UAV have important effects on the detection performance of shipborne radar. The distributed operation of UAV can effectively reduce the combat effectiveness of radar, thus providing favorable conditions for shore-to-ship missile penetration, and laying an important theoretical foundation for future research on the tactical application of UAV as a new combat style."
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