Satellite-ground collaborative telemetry information intelligent conversion system

Abstract

The invention discloses a satellite-ground collaborative telemetry information intelligent conversion system. The system comprises an automatic generation module, a source table legality check module,a viewing and editing module, a classification display module and a search module, wherein the automatic generation module is connected with the source table legality check module; the source table legality check module is connected with the viewing and editing module; the viewing and editing module is connected with the classification display module; and the classification display module is connected with the search module. The problem of synchronous configuration and check of satellite-ground telemetry tables can be solved, so that the test efficiency is improved, the configuration error rate is reduced, and the version control is facilitated.

Description

technical field [0001] The invention relates to a conversion system, in particular to an intelligent conversion system of satellite-earth cooperative telemetry information. Background technique [0002] Various telemetry analysis problems are often encountered in the process of satellite electrical testing, especially in the stage of satellite initial sample electrical testing. The problem of ground telemetry table configuration errors accounts for more than 70% of common telemetry problems. Due to the large amount of telemetry data of each model, the The format of the telemetry table is different, manual configuration is time-consuming and labor-intensive, the work efficiency is extremely low, the error rate is high, and version control is not easy. During the satellite test process, telemetry problems occur frequently, and troubleshooting is often required, which seriously affects the satellite test progress. An intelligent parsing and generation system for automated groun...

AI Technical Summary

Problems solved by technology

[0002] Various telemetry analysis problems are often encountered in the process of satellite electrical testing, especially in the stage of satellite initial sample electrical testing. The problem of ground telemetry table configuration errors accounts for more than 70% of common telemetry problems. Due to the large amount of telemetry data of each model, the The format of the telemetry table is different, manual configuration is time-consuming and labor-intensive, the work efficiency is extremely low, the error rate is high, and version control is not easy. During the satellite test process, telemetry problems occur frequently, and troubleshooting is often required, which seriously affects the satellite test progress.

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