Combined and Cooperative Minimum-Effort Guidance Algorithms in an Active Aircraft Defense Scenario

Martin Weiss; Tal Shima; David Castaneda; Ilan Rusnak

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Combined and Cooperative Minimum-Effort Guidance Algorithms in an Active Aircraft Defense Scenario

机译：主动防空中的联合协同最小努力制导算法

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The paper proposes two guidance algorithms for the target-attacker-defender scenario. The first is a combined guidance algorithm for the attacker that simultaneously achieves evasion from the defender and pursuit of the target. The second is a cooperative guidance algorithm for the target to evade the attacker and for the defender to pursue the evader. Both algorithms are derived under the assumption that performance is prescribed in the sense of the required maximum miss distance for pursuit and the required minimum miss distance for evasion, and the algorithms are minimizing the effort to achieve the requirements. It turns out that both the combined guidance algorithm and the cooperative guidance algorithm share a very similar structure. The performance of the proposed algorithms is tested in numerical simulations.

机译：针对目标攻击者防御者的场景，提出了两种制导算法。首先是针对攻击者的组合制导算法，该算法同时实现了从防御者的躲避和对目标的追击。第二种是一种合作制导算法，用于目标逃避攻击者和防御者追击逃避者。两种算法都是在以下假设的前提下得出的：性能是在追随所需的最大失误距离和逃避所需的最小失误距离的意义上规定的，并且这些算法将实现要求的工作量最小化。事实证明，组合制导算法和协同制导算法都具有非常相似的结构。在数值模拟中测试了所提出算法的性能。

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《Journal of guidance, control, and dynamics》 |2017年第5期|1241-1254|共14页
作者
Martin Weiss; Tal Shima; David Castaneda; Ilan Rusnak;
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作者单位

Technion - Israel Institute of Technology, 31000 Haifa, Israel;

Technion - Israel Institute of Technology, 31000 Haifa, Israel;

Technion - Israel Institute of Technology, 31000 Haifa, Israel;

Rafael Advanced Defence Systems Ltd., 31021 Haifa, Israel;

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1. Adaptive Estimation and Cooperative Guidance for Active Aircraft Defense in Stochastic Scenario [J] . Feng Fang, Yuanli Cai, Zhenhua Yu Sensors . 2019,第4期

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2. Minimum Effort Intercept and Evasion Guidance Algorithms for Active Aircraft Defense [J] . Martin Weiss, Tal Shima, David Castaneda, Journal of guidance, control, and dynamics . 2016,第10期

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3. Cooperative Salvo Based Active Aircraft Defense Using Impact Time Guidance [J] . Abhinav Sinha, Shashi Ranjan Kumar, Dwaipayan Mukherjee IEEE Control Systems Letters . 2021,第5期

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4. Cooperative Salvo Based Active Aircraft Defense using Impact Time Guidance [C] . Abhinav Sinha, Shashi Ranjan Kumar, Dwaipayan Mukherjee Annual American Control Conference . 2021

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5. Approximate algorithms for the combined arrival-departure aircraft sequencing and reactive scheduling problems on multiple runways. [D] . Hancerliogullari, Gulsah. 2013

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6. Adaptive Estimation and Cooperative Guidance for Active Aircraft Defense in Stochastic Scenario [O] . Feng Fang, Yuanli Cai, Zhenhua Yu 2019

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7. Adaptive Estimation and Cooperative Guidance for Active Aircraft Defense in Stochastic Scenario [O] . Feng Fang, Yuanli Cai, Zhenhua Yu 2019

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Combined and Cooperative Minimum-Effort Guidance Algorithms in an Active Aircraft Defense Scenario

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