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An Online Ascent Phase Trajectory Reconstruction Algorithm Using Gauss Pseudospectral Method

机译:使用Gauss Pseudtomectral方法的在线上升相位轨迹重建算法

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In this paper, we present an online ascent phase trajectory reconstruction algorithm using Gauss Pseudospectral Method. Gauss Pseudospectral Method (GPM) was used to transform the ascent phase trajectory optimization problem into Nonlinear Program Problem (NLP), we solve the problem using a optimization software named GPOPS in matlab. Using this method we can calculate the optimal trajectory control volume and feedback to update the guidance commands online. Credible analysis of the optimized results has been done to prove its accuracy. At last, we compare the trajectory recon-struction algorithm to a law without reconstruction algorithm via simulation with aerodynamic and thrust disturbance. The simulation results indicate that the method proposed above offers improved performance and has ability for real-time calculating.
机译:在本文中,我们介绍了一种使用Gauss Pseudtepectrant方法的在线上升相位轨迹重建算法。高斯假谱法(GPM)用于将Ascent Prote轨迹优化问题转换为非线性程序问题(NLP),我们使用Matlab中名为GPOP的优化软件来解决问题。使用此方法,我们可以计算最佳轨迹控制卷和反馈,以更新在线的指导命令。已经完成了对优化结果的可信分析以证明其准确性。最后,我们将轨迹Recon-结构算法与通过使用空气动力学和推力干扰的模拟进行重建算法的法律。仿真结果表明,上述方法提供了改进的性能,具有实时计算能力。

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