Switching matrix universalization control system and control method

Abstract

The invention provides a switching matrix universalization control system and a switching matrix universalization control method, and relates to control of switching matrices in the field of automation control. The control system comprises a control unit and a transcoding unit, wherein the control unit is used for establishing an universal switching matrix coding format, an external control command is edited into a control command conforming to the universal switching matrix coding format, when being recognized by a target switching matrix, the control command is sent to the target switching matrix, and when being not recognized by the target switching matrix, the control command is sent to the transcoding unit for transcoding, so that compatibility control of different types of switching matrices is realized. According to the invention, as coding formats of different types of switching matrices are distinguished, and composition parameters and action codes of different types of switching matrices are configured, transcoding is completed. The switching matrix universalization control system and the switching matrix universalization control method are applied to switching matrix types within a wider range, effectively improve working efficiency of automation control, and reduce testing cost.

Description

Technical field [0001] The invention relates to the field of automated testing, in particular to the control of a switch matrix. Background technique [0002] For communication satellite transponders, the application of multi-channel microwave switch matrix is ​​a necessary condition for automatic testing. Since the operating frequency, channel settings, and electrical performance parameters of different models of satellite transponders are different, the switch matrix is ​​often designed specifically according to the needs of the model, and so far, the encoding format of the switch matrix has not formed an industrial standard. Therefore, various switch matrix products developed by different models and different manufacturers often have different encoding formats, and can only recognize control commands consistent with the encoding format, and do not realize the compatibility of the control system with different switch matrix products, reducing work efficiency. The cost of autom...

AI Technical Summary

Problems solved by technology

Since the operating frequency, channel settings, and electrical performance parameters of different types of satellite transponders are different, the switch matrix often adopts a special design according to the needs of the model, and so far, the coding format of the switch matrix has not yet formed an industrial standard. Therefore, various switch matrix products developed by different models and different manufacturers often have different encoding formats, and can only recognize control commands consistent with the encoding format. The compatibility of the control system with different switch matrix products is not realized, reducing work efficiency. Automated testing is expensive

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