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Application of Fault Tolerant Control to Antiradiation Missiles

Application of Fault Tolerant Control to Antiradiation Missiles
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摘要 During the guidance process of an antiradiation missile (ARM), the target radar is often switched off in order to avoid being attacked. This will cause the passive seeker in ARM disabled, so the guidance system of the missile will stop working. To solve this problem, a scheme called LOS angles optimal estimation, has been put forward,based on the fault-tolerant design method of system reconstruction. The effectiveness of the proposed scheme has been proved by the simulations. During the guidance process of an antiradiation missile (ARM), the target radar is often switched off in order to avoid being attacked. This will cause the passive seeker in ARM disabled, so the guidance system of the missile will stop working. To solve this problem, a scheme called LOS angles optimal estimation, has been put forward,based on the fault-tolerant design method of system reconstruction. The effectiveness of the proposed scheme has been proved by the simulations.
出处 《Journal of Harbin Institute of Technology(New Series)》 EI CAS 1998年第4期28-30,共3页 哈尔滨工业大学学报(英文版)
关键词 FAULT-TOLERANT control ANTIRADIATION MISSILE extended KALMAN filter HOME GUIDANCE Fault-tolerant control antiradiation missile extended Kalman filter home guidance
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