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在嵌入式射击模拟训练系统中,针对炮长操作过程对模拟训练的影响,建立了炮长操纵控制模型。炮长操纵控制模型包括炮长操纵模型和炮长射击决策模型。炮长操纵模型的建立是基于装备的物理模型和人的生理反应模型。炮长射击决策模型根据坦克射击教范要求,采用与/或正向演绎推理得到。在炮长操纵控制模型基础上,建立了射击反应时间模型,并与实际装备操作进行了比较,对建立的操纵控制模型进行了验证。
In embedded shooting simulation training system, aiming at the influence of gunner operation on simulation training, a gun control and control model was established. Artillery manipulation control model includes gunner manipulation model and gunner shooting decision-making model. The gunner manipulation model was established based on the physical model of the equipment and the human physiological response model. Gunner shooting decision-making model according to the requirements of the tank shooting lesson, and / or forward deduction derived. Based on the controllability model of gunner, the shooting reaction time model was established and compared with the actual equipment operation. The established control model was verified.