Platform centralized architecture design system based on satellite full-application system

Abstract

The invention discloses a platform centralized architecture design system based on a satellite full-application system, and relates to the technical field of satellite full-application business systemdesign. The system comprises a business application unit, a platform unit, a basic service PASS unit and a hardware area unit, communication interaction of various services including the business application unit and the middle station unit is conducted according to an RPC communication protocol in a unified mode, and the business application unit conducts actual business development and deployment according to the requirements of satellite actual business functions. The service application unit comprises a station control system, a measurement and control system and an operation control system, the platform unit abstracts all applications of the satellite to share a service platform and a data platform, and the platform unit includes the service platform and the data platform. Accordingto the system, the problems that research and development personnel repeatedly make rounds among different systems and research and development and maintenance costs are increased are greatly solved,the shared business is abstracted and independent, and the same business function can be conveniently provided for different applications.

Description

technical field [0001] The invention relates to the technical field of design of a satellite full application service system, in particular to a centralization architecture design system based on a satellite full application system. Background technique [0002] With the development of commercial spaceflight of commercialized micro-satellites and the increasing demand, the types and functions of satellite application systems are also increasing and becoming more and more complicated. A stable, complete and highly available technical framework is urgently needed to To support business development, the existing prominent problems are as follows: [0003] 1. Most of the functions among multiple applications are reinventing the wheel. The repeated investment and repeated development brought about by repeated function construction and maintenance require repeated investment in manpower and maintenance costs; [0004] 2. With the increasing number and complexity of satellite appl...

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Problems solved by technology

[0003] 1. Most of the functions among multiple applications are reinventing the wheel. The repeated investment and repeated development brought about by repeated function construction and maintenance require repeated investment in manpower and maintenance costs;

[0004] 2. With the increasing number and complexity of satellite application systems, the business interaction between different applications has become an unavoidable problem. In order to improve operational efficiency and open up various system applications, the interaction of different application systems has become inevitable. The data problem of the application, how to do the overall collation and data collection and analysis, has become a very difficult problem;

[0005] 3. Different application systems are fighting each other. With the development of business, the system is getting heavier and heavier, and they dare not delete it at will, and the scalability is getting worse and worse, which is not conducive to the precipitation and sustainable development of business

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