Papers by Keyword: Missile Launcher

Abstract: In order to improve the reliability, security and validity of such type Missile Launcher, The faults prediction theory is introduced based on fuzzy neural network. The faults prediction analysis model is built, and an advanced training algorithm is proposed. Such algorithm is tested by using in the fault prediction of the missile launcher. The Experiment results illustrate that by using the proposed model, the faults prediction speed is faster 80% than ever, the prediction veracity is advanced, and the cost is reduced to 50%.

Abstract: The paper presents a physical and mathematical model of a short range missile launcher based onboard a warship. The conducted numerical simulation allowed for developing an analysis of the anti-aircraft assembly dynamics. The selected responses of the system are demonstrated in the form of physical values characterizing the launcher motion.

Abstract: The paper presents a physical and mathematical model of the controlled anti-aircraft launcher based onboard the ship, whose aim is to fight low-flying air targets. Selected tests results of the computer simulation are presented in a graphic form.

Abstract: The paper presents an algorithm for controlling a searching and tracking head (STH) mounted on a mobile vehicle. A numerical analysis was conducted to establish the dynamics of the controlled STH due to the kinematic action of the vehicle moving over rough terrain. Some of the computer simulation results were represented graphically.