Comprehensive test intelligent interpretation system for small satellite

Abstract

The invention provides a comprehensive test intelligent interpretation system for a small satellite. The system comprises a parameter subscription module, a data distribution module, an interpretation execution module, a clock service module, a base data access module, a command processing module, an interface display module and a network communication module; the interpretation system receives real-time test data in a satellite test process; after processing and analyzing the real-time test data, and performs logical judgment on remote control command, telemetry parameter, test state, test information flow and the like according to different interpretation modes and interpretation algorithms to generate interpretation process information and interpretation result information. The intelligent interpretation system adopts multiple types of interpretation comprising command interpretation, state interpretation, key parameter interpretation and information flow interpretation, defines that interpretation execution comprises a result, circulation, increment and conversion, and effectively improves the accuracy rate and the coverage performance of the interpretation through the division of the types of the interpretation.

Description

technical field [0001] The invention belongs to the field of comprehensive testing of small satellites, and in particular relates to an intelligent interpretation system for comprehensive testing of small satellites. Background technique [0002] Satellite failure prediction and intelligent interpretation technology are of great significance in satellite testing and on-orbit operation testing. More and more satellite comprehensive test units pay more attention to the research of automatic interpretation and intelligent interpretation technology in the process of satellite testing. A complete intelligent interpretation system can greatly improve the efficiency of satellite comprehensive testing, reduce manual intervention and reduce the probability of misjudgment. At the same time, the automated execution capability of comprehensive testing is improved. [0003] In the past, the interpretation methods of the small satellite comprehensive test were simple parameter upper and...

AI Technical Summary

Problems solved by technology

The entry and modification of the criteria for these interpretation methods is cumbersome, and at the same time, the false alarm rate is high

Most of the interpretation process requires manual intervention, lacking the ability to interpret the status of the entire star and more practical logical judgments

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