Unmanned Aerial Vehicles: Control Methods and Future Challenges

Беспилотные летательные аппараты: методы управления и будущие проблемы
Zongyu Zuo, Cunjia Liu, Qing‐Long Han, Jiawei Song
2022-01-28

UAV motion equationsadvanced control approachesautonomous flight controlclassical controlunmanned aerial vehicles
With the rapid development of computer technology, automatic control technology and communication technology, research on unmanned aerial vehicles (UAVs) has attracted extensive attention from all over the world during the last decades. Particularly due to the demand of various civil applications, the conceptual design of UAV and autonomous flight control technology have been promoted and developed mutually. This paper is devoted to providing a brief review of the UAV control issues, including motion equations, various classical and advanced control approaches. The basic ideas, applicable conditions, advantages and disadvantages of these control approaches are illustrated and discussed. Some challenging topics and future research directions are raised.
1
It explains the basic principles, applicability conditions, advantages, and disadvantages of different UAV control methods.
2
The paper identifies challenging UAV control topics and outlines directions for future research.
3
The paper reviews UAV control issues, covering motion equations and both classical and advanced control approaches.
4
The review links advances in UAV conceptual design and autonomous flight control to growing civil-application demands and enabling technologies.

unmanned aerial vehicles (UAVs)

UAV control issues, including motion equations and the applicable conditions, advantages, and limitations of classical and advanced control approaches

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Publication Date
2022-01-28
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Authors
Zongyu Zuo
Cunjia Liu
Qing‐Long Han
Jiawei Song
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