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Nonlinear region of attraction analysis for hypersonic flight vehicles' flight control verification

机译:超音速飞行车飞行控制验证的非线性区域的吸引力分析

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摘要

The stability analysis method based on region of attraction is proposed for the hypersonic flight vehicles' flight control verification in this article. Current practice for hypersonic flight vehicles' flight control verification is largely dependent on linear theoretical analysis and nonlinear simulation research. This problem can be improved by the nonlinear stability analysis of flight control system. Firstly, the hypersonic flight vehicles' flight dynamic model is simplified and fitted by polynomial equation. And then the region of attraction estimation method based on V-s iteration is presented to complete the stability analysis. Finally, with the controller law, the closed-loop system stability is analyzed to verify the effectiveness of the proposed method.
机译:基于吸引区域的稳定性分析方法,提出了本文的超音速飞行车辆飞行控制验证。 超音速飞行车辆飞行控制验证的目前的实践主要取决于线性理论分析和非线性模拟研究。 通过飞行控制系统的非线性稳定性分析可以提高该问题。 首先,通过多项式方程简化并装配高超声速飞行车辆的飞行动力学模型。 然后提出了基于V-S迭代的吸引估计方法的区域以完成稳定性分析。 最后,通过控制器法,分析闭环系统稳定性以验证所提出的方法的有效性。

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