Cloud-side cooperative information processing architecture for space intelligent aircraft

Abstract

The invention discloses a cloud-side cooperative information processing architecture for a space intelligent aircraft. A station-borne service cloud realizes the pooling of the physical server resources of a station-borne server cluster by adopting a virtualization technology, the space-based data security storage and high-performance computing services are provided for the aircraft, and the task-level dynamic migration and the quasi-real-time storage and computing with resource allocation and high fault tolerance are realized according to the data storage and processing requests of other cabins of the aircraft. An intelligent terminal is used for acquiring, processing, managing and controlling the data of a functional cabin of the aircraft, is used as a user terminal to provide a cooperative processing request, obtains the storage and computing resources, realizes the priority-sensitive storage and computing tasks, and carries out the real-time information processing and interaction through the interconnection and intercommunication between a plug-and-play interface and the equipment units of each cabin and the system; and a real-time Ethernet and a switch are used for the networked interconnection and the data transmission between the station-borne service cloud in the aircraft and each intelligent terminal.

Description

technical field [0001] The invention relates to the field of space-borne information processing and space data systems, especially the cloud-side collaborative information processing architecture of space intelligent aircraft. Background technique [0002] New space missions with application backgrounds of deep space exploration and on-orbit service and maintenance put forward higher requirements for the intelligence, modularization, networking, and coordination of space vehicles. Among them, intelligence requires the aircraft to have high-precision autonomous navigation, intelligent cognition of complex environments, intelligent decision-making of operational tasks, and autonomous management and control capabilities. The realization of such capabilities needs to be based on real-time collection of internal and external data, and on-orbit real-time processing and decision-making. However, under the ability requirements of acceptable on-orbit repair and maintenance, this typ...

AI Technical Summary

Problems solved by technology

[0009] The technical problem solved by the present invention is: to overcome the deficiencies of the existing space-borne information processing architecture, such as resource sharing, real-time reliable processing, and support for on-orbit repair and maintenance, and to provide a cloud-side collaborative information processing architecture for space intelligent aircraft, which solves the current problem of space-borne information processing. The information processing architecture cannot efficiently share resources, real-time on-orbit information processing and decision-making, support on-orbit repair and maintenance, and provide computing, storage, and communication resources for knowledge generation and processing. It can provide high-precision autonomous navigation and complex environment intelligence in the future. Space intelligent aircraft capable of cognition, operational mission intelligent decision-making, and autonomous management and control provide a reliable and efficient information processing architecture

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