【Event Background】

In recent years, with the implementation of a number of key projects and major projects of large aircraft in China, a series of major achievements have been made in the field of avionics of various aircraft in, but there is still a gap compared with developed countries in key equipment R&D, system integration verification and product airworthiness certification. Therefore, it is necessary to give further play to the leading role of domestic independent aircraft models, actively carry out research and exploration on cutting-edge technologies of avionics, and constantly strengthen the independent design ability of avionics, flight control, data processing, APU and other systems. Focus on breaking through the key bottlenecks such as avionics system integration, cockpit interactive display, high-speed network communication and real-time health monitoring, focus on the research and development of core key basic components such as airborne embedded operating system, protocol processing chip and DC motor bearing, and catch up with the international mainstream technology level in terms of multi-functional display, aviation lighting equipment and cockpit control panel. Promote professional simulators and full motion flight simulators and drive the development of special software such as flight control, graphics, and images. Strengthen the construction of supporting capacity of navigation aircraft and UAV airborne system, to realize the platform, series, and large-scale development of airborne system.

【Hot Topics】

1. Special Section of Airborne Cockpit System

2. Special Section of Airborne GNC System

3. Special Section of Airborne Data and Sensing

4. Special Section of Avionics System Measurement and Testing

5. Special Section of Avionics Product Digital and Intelligent Manufacturing

5^th Annual AS & AEH Sub-Forum

Airworthiness Review Practice at Home and Abroad - Revision and Application of Airworthiness Requirements for AS & AEH

Management and Control Requirements of Civil Aircraft Airborne Software and Complex Electronic Hardware Development Process

Development Process and Practice of Software and Hardware for Civil Engine Airborne Complex System