Processing method and processor for influence of high-speed aircraft tail flame on data transmission

Abstract

The invention provides a processing method and a processor for influence of high-speed aircraft tail flame on data transmission. The method comprises the following steps: 1) writing real-time data into a memory according to a system rate sequence; 2) reading out the data (delay data) stored in the memory according to a system rate sequence; 3) inserting the delay data into the real-time data through a control signal to form summarized data, and 4) counting the difference between the real-time frame count code and the delay frame count code in the summarized data through a frame count code, andcalculating the delay time of the delay data through a formula.

Description

technical field [0001] The invention relates to a processing method and a processor for data transmission affected by tail flame of a high-speed aircraft, belonging to the technical field of data processing. Background technique [0002] During the flight, the high-speed aircraft needs to send measurement data to the ground receiving equipment in real time. Due to the influence of aircraft engine plume, measurement data cannot be received in real time. Solve the problem of partial data loss and incomplete data caused by intermittent data reception. [0003] At present, the data can be stored in the black box, and it can be completed in the form of finding the black box after the flight mission is completed. The advantage of the black box is that it stores a large amount of data. The disadvantage is that the stored data cannot be transmitted wirelessly in real time. It requires separate equipment and strict environmental assessments, which greatly increases the mission cost...

AI Technical Summary

Problems solved by technology

The advantage of the black box is that it stores a large amount of data. The disadvantage is that the stored data cannot be transmitted wirelessly in real time. It requires separate equipment and strict environmental assessments, which greatly increases the mission cost. Moreover, the black box may not be recovered smoothly due to the impact of the environment and flight trajectory.

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