Equipment qucik access method and device for space-based supercomputing platform

Abstract

The embodiment of the invention provides an equipment quick access method and device for a space-based supercomputing platform, and the device comprises a special data and standard data conversion module which is configured to complete the conversion from a special data format to a standard data format of access equipment through the layer-by-layer abstract processing by a first processor; and a service providing module which is configured to complete the abstraction of the access equipment and the service abstraction corresponding to the access equipment one by one according to the platform read-write abstraction, and provide multiple types of services obtained by the service abstraction to the user in a service mode. According to some embodiments of the application, through the structural design of the special data and standard data conversion module and the service providing module, quick access of a satellite single machine and equipment can be realized.

Description

technical field [0001] The present application relates to the field of device access, and specifically, the embodiments of the present application relate to a method and device for fast device access to a space-based supercomputing platform. Background technique [0002] The traditional design of satellites and payloads (that is, access equipment) is based on mission requirements and is mission-oriented. Basically, all stand-alone (or equipment) access satellites are customized. When the satellite changes the mission scene or customizes a new mission, due to the particularity of mission customization, it is possible to replace the new physical interface, such as changing the remote control interface from CAN to 1553B; it is possible to change the data interface protocol, such as adopting a new data format Carry out communication between stand-alone machines; it is possible to change the carrying platform of the satellite, such as the hardware environment of the satellite, th...

AI Technical Summary

Problems solved by technology

Once based on new task requirements or technological progress, changing one feature will cause all other related changes to occur, resulting in the effect of "a small change affects the whole body"

It mainly highlights the following points: it reduces the inheritability of satellite stand-alone development, which is not conducive to the rapid integration and application of satellite stand-alone; stand-alone, access platform and users are tightly coupled and related, and each cannot evolve independently; the development cost of satellite and stand-alone is difficult reduce

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