Universal satellite ground overall control test system

Abstract

The invention relates to a universal satellite ground overall control test system, which consists of a front-end photoelectric conversion module, a measurement and control front-end equipment module, a central processing unit module, a display terminal module and a console module, wherein the front-end photoelectric conversion module is an external hardware interface of the ground overall controltest system and a tested system, and is internally connected with the measurement and control front-end equipment module; the measurement and control front-end equipment module finishes data interaction with the front-end photoelectric conversion module, and a rear end communicates with the central processing unit module and the console module; the central processing unit module receives downlinktelemetry data from the measurement and control front-end equipment module, finishes classifying and storing the data, forwards the data to the display terminal module, and simultaneously, is required to finish storing the uplink remote control information of the console module; the display terminal module receives the telemetry data from the central processing unit module, and finishes work in areal-time analysis way and a delay analysis way; and the console module transmits an uplink remote control instruction to the measurement and control front-end equipment module, and forwards uplink instruction information to the central processing unit module for filing.

Description

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AI Technical Summary

Benefits of technology

This invention describes an improved testing system that uses satellites instead of traditional computers or servers. It allows users to diagnose problems remotely without having them physically visiting their location. Additionally, this technology helps improve tests by analyzing multiple branches simultaneously rather than individually. Overall, these improvements make better quality systems more efficient and reliable.

Problems solved by technology

This patented technical problem addressed in previous chapters relates to the difficulty or potential for human error when manually checking out defective parts (such as cracks) found along with the launch of new satellings from orbit around Earth. Current systems require extensive laboratory training and may result in wasted resources due to incomplete diagnoses caused by factors such as limited communication bandwidth, poor signal reception at certain frequencies, etc., while still requiring manual effort and increased manpower requirements.

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