Satellite automated test frame system

Abstract

A satellite automated test framework system includes a test model definition module, a test scheduling management module and a test execution control module, the test content of the satellite automated test is defined in the test model definition module and stored in a database, and the test scheduling management module reads the database The test content in the test is analyzed and then transmitted to the test execution control module through the soft bus, and the test execution control module executes the parsed test content to complete the satellite automated test. The framework system-oriented programming method of the present invention improves software development efficiency, reduces development and maintenance costs, has the characteristics of reusability and customization, and can develop automated test systems suitable for different satellites on the basis of the test framework system. The entire satellite automated test environment software platform has a general, expandable and flexible architecture, which supports multiple test mode design functions.

Description

technical field [0001] The invention relates to a satellite automatic test system, in particular to a satellite automatic test frame system, which can develop automatic test systems suitable for different satellites on the basis of the frame system. Background technique [0002] With the continuous improvement of the level of scientific and technological development, the level of satellite launch has risen sharply, the division of satellite types has become more and more detailed, and the functions are different. New technologies are gradually applied to the field of satellite testing, and the equipment for satellite testing is also constantly updated and developed. A batch of old equipment is constantly being replaced by updates, which further tests the general performance of the satellite test system. [0003] Most of the existing satellite automatic test systems are self-contained closed structure systems, which are usually built for specific equipment and specific satell...

AI Technical Summary

Problems solved by technology

[0003] Most of the existing satellite automatic test systems are self-contained closed structure systems, which are usually built for specific equipment and specific satellites. They have the disadvantages of poor adaptability and low applicability. It is set up for one satellite, and when the equipment is updated, there is a problem that the system cannot be used due to equipment replacement

The current satellite test systems are different due to the different equipment and satellites. The test systems are redundant and complicated. It usually takes a lot of manpower and material resources to design and establish the satellite test system, and it takes a lot of testers to become familiar with the system. Time, the lack of versatility and standardization of the test system software / hardware structure makes the system unable to meet the standard and unified requirements, which increases the cost of use and maintenance is considerable, and also reduces the interoperability between test systems and test efficiency relatively low

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