A Lateral Hit Accuracy Analysis on the HOJ Mode of Anti-ship Missile
QI Wenyong
Abstract
QI Wenyong
Abstract
From beginning to analysis the error source of the missile self-guided hit accuracy,the burn-out distance of the end-guided radar is taken as the weigh index.The computational models on the hit random error of the homing on jamming(HOJ) way and the shift of the passive and initiative way are established.The lateral hit accuracy of each work way of the missile,under the strong noise jamming condition,is simulated and computed.The conclusion indicates that it will influence the hit accuracy and reduce the efficiency for the high speed mosquito craft to use the source jamming,and reduce the jamming effect for the end-guidance radar to increase the burn-through range and shift the work mode from passiveness to initiative.
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From beginning to analysis the error source of the missile self-guided hit accuracy,the burn-out distance of the end-guided radar is taken as the weigh index.The computational models on the hit random error of the homing on jamming(HOJ) way and the shift of the passive and initiative way are established.The lateral hit accuracy of each work way of the missile,under the strong noise jamming condition,is simulated and computed.The conclusion indicates that it will influence the hit accuracy and reduce the efficiency for the high speed mosquito craft to use the source jamming,and reduce the jamming effect for the end-guidance radar to increase the burn-through range and shift the work mode from passiveness to initiative.
Key concepts: Jamming, Missile, Missile guidance, Computer science, Radar, Radar jamming and deception, Mode (computer interface), Noise (video)