Avionics systems of an Unmanned Aerial Vehicle (UAV) or drone are the critical electronic components found onboard that regulate, navigate, and control UAV travel while ensuring public safety.

A generic UAV power system architecture consists of the following elements: power sources, DC-DC converters, a DC bus (DC link), DC-AC inverters, and propulsion motors.

2015年1月1日 · The assessment model detailed in this paper combines known design heuristics with quantitative, qualitative, and visual representations that assess the probability that the generated architecture will meet performance and capability requirements.

2025年1月1日 · This review presents the role and taxonomy of each UAV avionics system while covering shortcomings and benefits of available alternatives within each system. UAV communication systems, antennas, and location communication tracking are surveyed.

2022年11月1日 · Unmanned Aerial Systems (UASs) are useful for performing missions ranging from simple to tedious/dangerous ones. In recent years, UAS architectures have been introduced by different groups with different viewpoints.

2014年1月1日 · Collectively, the reader is provided with information on single and multiple UAV architectural systems, hierarchical and hybrid architectures, centralized and decentralized ones, as well as architectures that optimize operator performance.

2021年3月4日 · The article starts by inspecting the UAVs' body configuration styles and explains the physical components and sensors that are necessary to operate and fly a UAV system.

The article starts by inspecting the UAVs’ body configuration styles and explains the physical components and sensors that are necessary to operate and fly a UAV system. The article also provides a comparison of several components for state-of-the-art UAVs.

This paper establishes a comprehensive modeling framework for vertical take-off and landing unmanned aerial vehicles (VTOL UAVs). An example UAV platform is des

hitectures to extract the main features of civil UAVs. The definition, advantage and drawback of each architecture will be highlighted to finally provide a Keywords—Unmanned Aerial Vehicle; control architecture; de-liberative approach; reactive approach; hybrid approach; behavior approach; hybrid behavior approach; subsumption approach