论文信息 - Adaptive Nonlinear Control of Helicopter Using Neural Networks

Adaptive Nonlinear Control of Helicopter Using Neural Networks

In this paper, the helicopter flight control system using online adaptive neural networks which have the universal function approximation property is considered. It is not compensation for modeling errors but approximation two functions required for feedback linearization control action from input/output of the system. To guarantee the tracking performance and the stability of the closed loop system replaced two nonlinear functions by two neural networks, weight update laws are provided by Lyapunov function and the simulation results in low speed flight mode verified the performance of the control system with the neural networks.

Jinyoung Suk | Bum-Jin Park | Chang-Ho Hong

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