Integrated comprehensive operation management architecture for spaceflight measurement and control data transmission comprehensive equipment

Abstract

The invention discloses an integrated comprehensive operation management architecture for spaceflight measurement and control data transmission comprehensive equipment. The integrated comprehensive operation management architecture comprises a hardware environment layer, a platform supporting layer, a business service layer and a man-machine interaction layer from bottom to top. The hardware environment layer comprises a universal server, storage resources and network resources, and provides basic hardware environment support for service software function implementation; the platform supporting layer comprises a container platform and a micro-service platform, and provides unified functions of service governance, service monitoring, service arrangement, load balancing, elastic expansion and contraction and the like for upper-layer services; the business service layer performs servitization packaging on various business applications, divides businesses in the system into different typesof multi-class application services according to functions, and provides multi-class business support for the system; the man-machine interaction layer provides corresponding man-machine interactioninterfaces for various operation users through various interface plug-ins; unified interface standards and design specifications are provided for spaceflight measurement and control data transmissionintegrated equipment through the interface standards and specifications, and rapid construction and expansion of the system are facilitated.

Description

technical field [0001] The invention relates to an integrated comprehensive operation management framework mainly applied to aerospace measurement, control and digital transmission comprehensive equipment. Background technique [0002] The aerospace measurement and control digital transmission system is the lifeline between the spacecraft and the ground and the transmission line of space-ground information, and it is also an important part of aerospace engineering and space infrastructure. Aerospace measurement and control mainly completes tasks such as rocket and satellite tracking measurement, telemetry and remote control, realizes rocket flight state control and safety control, orbit measurement and determination of satellites in orbit, operation state management, work state control, load data reception and distribution, etc., for Satellite launch recovery and in-orbit application provide indispensable support. With the development of aerospace technology, the number and...

AI Technical Summary

Problems solved by technology

Application software includes task management software, system monitoring software, data interaction software, information management software, test calibration software, health management software, storage and forwarding software, etc., each functional software runs in an independent computer system, and resources cannot be shared , different software architectures, difficult to maintain

At the same time, due to the lack of a unified interface standard and management system, the software operating environment is not uniform, and the development language selected is not uniform, which makes the system joint test time long and difficult to use

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