Universal distributed airborne equipment health management simulation platform and implementation method thereof

Abstract

The invention discloses a universal distributed airborne equipment health management simulation platform and an implementation method thereof, and the simulation platform adopts the mediator pattern and mainly comprises three parts of a simulation manager, a simulation member driver and simulation members, wherein the simulation manager is responsible for managing information of all the simulation members, receiving and sending data and carrying out data resolution work; the simulation member driver is used for loading and running all the simulation members and implementing information interaction between the simulation members and the simulation manager; and the simulation members are used for implementing various data calculation and completing the function of the health management technology. The simulation platform is implemented on the basis of a.net framework, on the one hand, the simulation platform can realize the separation between the development of a simulation member object and algorithm model and the interaction design of the simulation members, on the other hand, the simulation platform can highly multiplex the information interaction of the simulation members and software codes for driving the model, thereby not only reducing the workload, but also reducing the complexity in development work.

Description

technical field [0001] The invention relates to aircraft health management technology, in particular to a general-purpose distributed airborne equipment health management simulation platform and an implementation method thereof. Background technique [0002] Modern aircraft is a complex engineering system composed of multiple subsystems such as navigation system, control system, power system, communication system, etc. Some of the subsystems themselves are also complex engineering systems. Applying integrated health management techniques to complex engineering systems can improve system safety and mission reliability. The research and development of the airborne equipment health management system is difficult and expensive. Its development route is as follows: firstly, the method of digital simulation verification is adopted, and then the research results are gradually applied to the actual system. At present, the aircraft health management technology is in the stage of sim...

AI Technical Summary

Problems solved by technology

However, implementing a distributed simulation platform that fully complies with the HLA specification is a very complicated task, sometimes it is difficult and unnecessary to do so, just learn from some ideas of HLA

[0005] At present, domestic aircraft health management technology research is in its infancy, and there are few studies in this area. No company, unit or individual has developed a general-purpose distributed simulation verification platform for aircraft health management systems.

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