In this work, aiming at the trajectory tracking control of the quadrotor UAV subject to external
disturbances and model uncertainties, a finite-time approach with preassigned performance …

This paper is devoted to address the attitude tracking problem for reusable launch vehicle
(RLV) with uncertain aerodynamic parameters, input saturation and limited transmission …

The precise trajectory tracking control of hypersonic vehicles plays a crucial role in secure
flight. To address this challenge, this article develops an optimal neural control framework …

This paper studies the congestion control problem of multi-bottleneck TCP/AWM networks.
Firstly, considering the interference of network UDP flow and the mutual influence between …

The paper investigates the trajectory and attitude control design issues for aerospace plane
equipped with combined cycle propulsion during the ascent phase. Given the complicated …

This paper presents a finite-time prescribed performance control (FPPC) scheme for the
attitude tracking problem of reusable launch vehicles during the terminal area energy …

Purpose This paper aims to present a novel adaptive sliding mode control (ASMC) method
based on the predefined performance barrier function for reusable launch vehicle under …

This article presents a prescribed performance-based tracking control strategy for the
atmospheric reentry flight of space vehicles subject to rapid maneuvers during flight …

In this paper, the reentry phase of the Aerospaceplane is taken as the research object, and
the performance parameters of the reusable rocket of a private company are analyzed …

This paper presents an adaptive dynamic surface control scheme for vertical takeoff and
landing reusable launch vehicles (VTLVs) with unknown disturbances, model uncertainties …