Airborne reconfigurable data processing and analysis technology based on air-ground bidirectional link

Airborne real-time data processing is an important way to process flight test data. It plays a very important role in improving the efficiency of data processing, shortening the test flight cycle, and accelerating the delivery of aviation products. This paper studies the airborne reconfigurable data processing and analysis technology based on the air-ground bidirectional link, designs the airborne reconfigurable data processing and analysis architecture, and breaks through key technologies such as multi-data stream real-time processing and analysis technology, dynamic switching technology of analysis algorithms based on state migration, and system configuration management technology for surface air-ground consistency assurance. It realizes functions such as real-time processing of airborne data, real-time analysis of test flight subjects, telemetry downlink of analysis results, and on-demand configuration of two-way links, and promotes the transformation of flight test data processing mode from “pulling the disk, unloading, diversion, processing” to “flying, processing, analyzing, downlinking, and configurable”. This technology effectively improves the ability and efficiency of airborne real-time data processing, and plays a positive role in promoting the transformation and upgrading of data processing mode.

I. Introduction

As one of the important ways to process flight test data, onboard real-time data processing and analysis plays an important role in flight tests. This technology plays a very important role in improving data processing efficiency, shortening flight test cycles, accelerating the delivery of aviation products, and promoting the development of aviation technology [1–2]. Developed aviation countries in Europe and the United States use advanced onboard real-time data analysis systems to process and analyze data in real time during model test flights. After the flight, they can obtain the analysis and evaluation results of the flight actions, and are in a leading position in the field of real-time data processing and analysis [3].