System Intelligence and Safety Supervision Technology for Low-altitude Aircraft

Chair:
Xiao Zhang  Beihang University, China

Key Words: Low-altitude Aircraft, System intelligence, Safety supervision, Low-altitude Economy, Advanced AI system

Information: The national "15th Five-Year Plan" has explicitly included the low-altitude economy as a strategic emerging industry, outlining strategic directions and providing policy support for the development of the low-altitude aircraft industry, pushing it into a new phase of standardized and large-scale development. As the application scenarios of low-altitude aircraft continue to expand and flight frequencies significantly increase, system safety and supervision become increasingly crucial. Adhering to the principle of "safety first" and establishing a solid safety defense line are not only prerequisites for the high-quality development of the low-altitude economy but also essential requirements for addressing potential safety hazards in low-altitude flight. Therefore, the forum focuses on the core areas of intelligent and safe control of low-altitude aircraft systems, with a particular emphasis on discussing how to enhance real-time diagnostic and health management capabilities of equipment through the intelligent upgrade of the three major components of low-altitude aircraft power systems, integrated avionics systems, and airframe systems, integrating technologies such as intelligent sensing and big data, to prevent safety risks caused by equipment failures. At the same time, in response to the demand for coordinated operation of multiple low-altitude aircraft, the forum delves into multi-aircraft scheduling optimization and flight supervision technologies, striving to solve challenges such as airspace resource allocation and control of unlicensed flights, and further improving the low-altitude flight supervision system. This forum establishes a platform for industry exchange and innovative cooperation, aiming to forge technical consensus, break development bottlenecks, and is of great significance for promoting the intelligent upgrade of low-altitude aircraft, improving the safety control system, and facilitating the implementation of the low-altitude economy strategy.

Topics of interest include but are not limited to: 

• Intelligent diagnosis and health management technology for aircraft power systems
• Intelligent technology for integrated avionics systems of aircraft
• Aircraft body design and simulation technology
• Large-scale flight scheduling and optimization technology
• Aircraft safety supervision technology

Submission Deadline: April 28, 2026 (the first round)