An autonomous optimal trajectory planning method based on the deep deterministic policy
gradient (DDPG) algorithm of reinforcement learning (RL) for hypersonic vehicles (HV) is …

A rapid entry trajectory planning algorithm for hypersonic glide vehicles is presented in this
paper, and the avoidance of no-fly zones with large cross-range is achieved. The highly …

A time-coordination entry guidance method based on a range-determined strategy is
developed for hypersonic glide vehicles. This method is composed of two components: a …

To meet the time-coordinated requirement of hypersonic gliding vehicles to reach a single
target simultaneously in the presence of no-fly-zone constraints, this paper proposes a time …

Collaborative planning for multiple hypersonic vehicles can effectively improve operational
effectiveness. Time coordination is one of the main forms of cooperation among multi …

@ ABC*+,-./01234DEFGHIJKLM, NOPQRSITUVRS, WXAYZ [RS34DE5678\:.] GHRSIJKRS^
_abIcbdefg, hi jklm: 78nop-K rqrsg, tBCGHI; QRSFab56, uivwxy789: z {|} J~ V, 56 BCJKRS …

A novel standard trajectory design and tracking guidance used in the multiple active leap
maneuver mode for hypersonic glide vehicles (HGVs) is proposed in this paper. First, the …

An adaptive predictor-corrector guidance algorithm is presented to improve the performance
of atmospheric entry guidance. In the predictor, a virtual entry terminal (VET) is employed …

In the past few decades, the reentry trajectory planning technologies have gone through
great evolutions. Since the proposed methods are more or less computationally intensive …

The cooperative trajectory planning method is proposed based on sequential convex
optimization technique for multiple hypersonic glide vehicles with coordinated flight time …