Acceleration autopilot design using backstepping adaptive second-order sliding mode for pitch channel Flying object
In this paper, a new autopilot is designed using backstepping adaptive second-order sliding mode.Autopilot designed is a good result against uncertainty and perturbations. It also ensures convergence limited time, Reduce chattering, increased control accuracy and the need to derive the sliding surface of the other features of this method of control. One feature of this method is that comparative gains that have poor information uncertainty and uncertainty is implemented. Autopilot designed both the exterior and interior have been included for each section, Designed for each section in a similar way. The simulation results show that the reference signal on autopilot designed with adaptive backstepping second-order- sliding mode using super Twisting algorithm compared to backstepping, sliding mode first order, adaptive backstepping first-order sliding mode tracking is faster and stronger.
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Design of finite time adaptive sliding model controller for thrust vector control
Mohammad Asadi, Vahid Behnamgol*, Ahmadreza Vali
Journal of Nonlinear Systems in Electrical Engineering, -
Finite Time Thrust Vector Tracker based on a New Smooth Second Order Adaptive Sliding Mode Controller
Mohammad Asadi, Vahid Behnamgol *,
Research and Technology in Electrical Industry, Winter-Spring 2024