Analysis of Combat Effectiveness of Intelligent Loitering Landmines
To address the issues such as the immobility,small killing radius,and significant post-war hazards of traditional landmines,a type of intelligent loitering landmine system deployed by rockets has been proposed.The combat effectiveness analysis model of the loitering landmine was established based on the Monte Carlo algorithm,used to explore the influences of some parameters like the lateral and longitu-dinal firing dispersion of the rocket launcher,the quantity,the perception capability and flight capability of loitering landmines.The results indicate that compared with traditional landmines,the operational effi-ciency of the intelligent loitering landmine has been significantly enhanced,and there exists an optimal matching effect between the strike probability and the firing dispersion of the rocket launcher.Additional-ly,the combat effectiveness is affected by performance parameters such as the mobility of the target,the flight speed and perception range of the loitering landmine.Enlarging the perception radius of the loitering landmine and increasing the flight speed are conducive to improving the blocking and control effect of the intelligent loitering landmine.The findings of this paper can provide technical support for the index dem-onstration,scheme design,effectiveness evaluation and operational application of the loitering landmine.
rocket projectileloitering landminecombat effectivenessMonte Carlo algorithmfir-ing dispersion
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