精确冲击角时程有理函数偏PN制导律

Chan-Yeong Kim, W. Ra, I. Whang
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引用次数: 0

摘要

提出了一种新的考虑导弹动态滞后的偏置比例制导律来控制导弹的冲击角。将具有一阶动态滞后的寻的制导回路建模为超几何微分方程,并推导了其解析解。因此,制导律简化为寻找满足给定末端约束的合适的偏置加速度命令。基于封闭式寻的轨迹,设计了一种确定时变偏项的系统方法。与现有的寻的制导律相比,所提方法能提高冲击角的控制性能。
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Time-to-go rational function biased PN guidance law for precise impact angle
A new biased proportional navigation guidance law considering the missile's dynamic lag is proposed to control the impact angle. The homing guidance loop having the first-order dynamic lag is modeled as the confluent hyper-geometric differential equation and its analytic solution is derived. In consequence, the guidance law reduces to finding an appropriate biased acceleration command which satisfies the given terminal constraints. A systematic way to determine the time-varying biased terms is devised based on the closed-form homing trajectory. In comparison with the existing homing guidance laws, the proposed method could improve the impact angle control performance.
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