The Design and Implementation of the Integrative Validation Platform for Flight Test

With the rapid development of avionics technology and computer networks, the complexity of the airborne test systems for flight test aircraft continues to rise, and the corresponding verification costs are also increasing day by day. This paper deeply analyzes the current verification process of airborne test systems and conducts research on the integrated verification technology of the Flight Test Instruments (FTI) system. An integrated verification platform that incorporates data acquisition, recording, real-time inspection, data analysis and anomaly data monitoring functions has been elaborately designed and successfully implemented. The practical application of this system fully demonstrates that this platform can not only precisely meet the actual work requirements, but also effectively shorten the system verification cycle and reduce verification costs. In addition, the system has great promotion value for other similar fields.