Cluster health integrated management system architecture and construction method

Abstract

The invention provides a cluster health integrated management system architecture and a construction method, and the cluster health integrated management system architecture is divided into an infieldand an outfield from the aspect of physical position distribution, and the infield and the outfield are in network interconnection through a mobile ad hoc network. The infield mainly comprises a scheduling server, a data comprehensive management server, a data application management server and fixed clients of all business departments, and the outfield mainly comprises a data sending terminal, adata card reader and a portable mobile terminal. The construction method of the cluster health comprehensive management system comprises the steps of data collection, data storage management, data pushing and data application. According to the invention, fusion analysis of various data such as flight parameter data, quality control data, flight plan data, engine monitoring data and the like is realized, the functions of aircraft health state management, health trend monitoring and the like are realized, the informatization and automation level of ground guarantee taking the data as a core is improved, and the work efficiency of aircraft maintenance guarantee is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of avionics, and relates to a structure and a construction method of an aircraft group health comprehensive management system. Background technique [0002] A large amount of data is generated during the use and service of military aircraft, but there is no unified data platform to manage the data, and the data is scattered in the hands of various business departments of the army, such as the quality control room, the flight ginseng room, the engine monitoring room, the maintenance plant, etc. , data management is scattered, data resources lack unified planning, and data value is not fully exploited. At present, the current aircraft sorties or short-term data analysis are mainly used, data cannot be communicated between various information systems, and the data model for related quantitative analysis has not been established. The scientific decision support of aviation equipment health management is insuffic...

AI Technical Summary

Problems solved by technology

[0002] A large amount of data is generated during the use and service of military aircraft, but there is no unified data platform to manage the data, and the data is scattered in the hands of various business departments of the army, such as quality control room, flight reference room, engine monitoring room, maintenance factory, etc. , data management is scattered, data resources lack unified planning, and data value has not been fully tapped. At present, the current aircraft sorties or short-term data analysis is the main focus. Data between various information systems cannot communicate with each other. Data models for relevant quantitative analysis have not been established. Insufficient scientific decision-making support for aviation equipment health management

Due to the lack of a basic data platform, the research on the application of big data technology in the service of aviation equipment is insufficient. At present, equipment maintenance support is mainly based on manual experience, on-site support, and after-event troubleshooting, which affects the improvement of equipment integrity rate. There is a lack of quantitative analysis support. The Problem of Overhauling and Underhauling

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