A Synthetic Test System for Parallel Automated Satellite

Abstract

The invention relates to a parallel and automatic integrated testing system for satellites. The parallel and automatic integrated testing system comprises a ground testing equipment module, an automatic testing module and a data storage management module, wherein the data storage management module is connected with the automatic testing module through a data communication protocol for both-way communication, and the automatic testing module is connected with the ground testing equipment module through the data communication protocol for both-way communication. The parallel and automatic integrated testing system for the satellites realizes integration of integrated testing management, design, implementation and application for the satellites, improves the systematization, informatization and automation of satellite testing work, and can effectively increase the testing efficiency, effectively control quality risks in a testing process, increase the application analysis value of testing data and realize substantial saving of labor cost and management cost. The system is quite applicable to batch satellite testing, and parallel design and implementation on various layers of the integrated testing system for the satellites are realized.

Description

technical field [0001] The invention belongs to the technical field of satellite comprehensive testing, in particular to a parallel automatic comprehensive testing system for tiny satellites. Background technique [0002] At present, the development of my country's spacecraft has entered a new period, especially the rapid development of the field of micro-satellites. The proposal and practice of new satellite development models aiming at micro-satellite constellation networking, low cost, and rapid response, micro-satellites The research and development has formed its own characteristics, mainly including micro-satellite mass production, short cycle time, high integration, and a large number of new technologies and industrialized products. In order to adapt to the development characteristics and changes of micro-satellites, a matching micro-satellite comprehensive test system should be formed to complete the test tasks with more, faster, better and less cost. [0003] With t...

AI Technical Summary

Problems solved by technology

[0005] At present, satellite automated test systems are generally only suitable for single-satellite tests. If only part of the software includes parallel functions, and no parallel design is carried out from the system level, if multi-satellite parallel tests are to be satisfied, multiple sets of comprehensive test systems need to be configured, resulting in relatively high test costs. High, that is, the entire satellite comprehensive test system lacks parallel test capabilities, and cannot meet the collaborative and batch testing of different satellites or constellations, such as parallel collaborative testing of satellite constellations, batch micro-satellite testing, etc.

On the other hand, the degree of automated testing of the test system is low, and the expansion capability of the system is insufficient

There are various devices and interfaces in the test system, and the generalization needs to be improved, which also limits the remote control capability of the equipment and the test system

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