Based on the theory of active decoying system against anti-radiation missile (ARM), decoying error formula was presented, decoying process of multi-source against ARM was analyzed and decoying effectiveness evaluation model was also established. In view of three-source and four-source decoying system, three simplified distributions' models (two for three-source decoying system and one for four-source decoying system) were proposed. According to given attack angle of ARM, the influence of distributions' omnidirectional change on radar and baits' protected probabilities was analyzed. Besides, illustrated by the case of four-source distribution, the effect of bait-to-radar power ratio on radar's protected probability was discussed. Simulation results have great significance in researching the operational effectiveness of multi-source decoying system against ARM.


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    Title :

    Distribution analysis of multi-source decoying system against ARM


    Contributors:
    Juanjuan Zhao, (author) / Dongli Ma, (author)


    Publication date :

    2010-06-01


    Size :

    1004728 byte




    Type of media :

    Conference paper


    Type of material :

    Electronic Resource


    Language :

    English



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