Title :
Command-Shaping Guidance Law Based on a Gaussian Weighting Function
Author :
Jin-Ik Lee ; In-Soo Jeon ; Chang-Hun Lee
Abstract :
In this paper, a new homing guidance law is introduced based on the energy cost weighted by a Gaussian function in order to shape the missile´s trajectory and distribute the acceleration command during the engagement. This law can improve guidance performance by alleviating sensitivity with respect to initial heading error and by reducing the possibility of command saturation through distributing acceleration demand properly.
Keywords :
Gaussian processes; missile guidance; trajectory control; Gaussian function; Gaussian weighting function; acceleration command; command saturation possibility reduction; command-shaping guidance law; energy cost; guidance performance improvement; heading error; homing guidance law; missile trajectory; sensitivity alleviation; Acceleration; Cost function; Missiles; Navigation; Performance analysis; Simulation; Trajectory;
Journal_Title :
Aerospace and Electronic Systems, IEEE Transactions on
DOI :
10.1109/TAES.2013.120353