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Aiming at the requirement of attack angle control of guidance weapon and the adverse effect of dynamic characteristics of control system on the guidance effect, a guidance law with terminal attack angle constraint considering the dynamic characteristics of the control system is proposed. Based on sliding-mode variable structure control theory, a three-dimensional guidance law is designed by using...
Considering the three-dimensional(3D) terminal guidance issue, based on the neural dynamic surface control theory, a novel guidance law is designed, and its stability has been proved by Lyapunov stability criterion. The radial basis function(RBF) neural networks are used to estimate the target motion information in real-time and reduce the coupling interference in the 3D motion model. Thus the guidance...
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