Mission Re-Planning of Reusable Launch Vehicles Under Throttling Fault in the Recovery Flight Based on Controllable Set Analysis and a Deep Neural Network - Li, Keshu; Zhang, Wanqing; Yuan, Han; Zhou, Jing; Ma, Ying (Aerospace, 2025)
Keywords: Algorithms; Angle of attack; Approximation; Artificial neural networks; Atmosphere; Computational efficiency; Control algorithms; Controllability; controllable set; Convex analysis; Convexity; deep neural network; Effectiveness; Efficiency; Feasibility; Flight; Landing; Launch vehicles; mission re-planning; Neural networks; Optimization; Recovery; reusable launch vehicle; Reusable launch vehicles; Space transportation; Throttling; throttling fault; Vehicles