Augmented Polynomial Guidance with Terminal Speed Constraints for Unpowered Aerial Vehicles
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DOI: 10.1007/s42405-018-0093-4
Abstract: This paper addresses an augmented polynomial guidance law developed to control the terminal velocity of unpowered aerial vehicles. This problem can be formulated as a guidance problem subject to terminal speed and path angle constraints.… read more here.
Keywords: augmented polynomial; speed; guidance; terminal speed ... See more keywords
Guidance to Control Arrival Angle and Altitude for An Unpowered Aerial Vehicle
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DOI: 10.1007/s42405-020-00265-8
Abstract: To increase the effectiveness of a glide-bomb attack, it must be able to control the direction in which it strikes the target. Since glide bombs have different characteristics from missiles, it would not be suitable… read more here.
Keywords: guidance control; vehicle; guidance; aerial vehicle ... See more keywords