Incentive model simulation platform for aerocraft electronic system

Abstract

The invention provides an incentive model simulation platform for an aerocraft electronic system. The incentive model simulation platform comprises a system incentive model, a simulated scene displaying system, an analogue instrument and switch system, a central data processing unit, a user instruction intervention system, a signal generating system, a data acquiring and monitoring system, a centralized wiring control module, a power source management system and an external data interface. The system incentive model comprises an aerocraft body model, an environment simulating model, an electric equipment model and a software interface, wherein the aerocraft body model simulates a structure of an aerocraft body and influences on flying of the aerocraft body from flying controlling and conditioning parameters, simulating data of the aerocraft body model are delivered to the electric equipment model, the environment simulating model provides external environment to the aerocraft body model, and one or more logic models of electric equipment to be tested are established in the electric equipment model. The incentive model simulation platform is used for testing the aerocraft electronic system.

Description

technical field [0001] The invention relates to a simulation platform, in particular to a model excitation simulation platform of an aircraft electronic system. Background technique [0002] At present, the use of electronic equipment is becoming more and more extensive. In the fields of automobiles, high-speed trains, large ships, and aerospace vehicles, the complexity of electronic systems is getting higher and higher. In order to ensure the safety of a single electronic device or even the entire electronic system, it is necessary to carry out a full range of tests and corrections before the electronic system is put into use. [0003] Existing test platforms for complex electronic systems generally need to wait until all or almost all the electronic devices of the entire system are in place before system-level testing can be performed. Some electronic system tests can not be performed until the experimental prototype is completed. Existing methods are very inefficient for...

AI Technical Summary

Problems solved by technology

[0003] Existing test platforms for complex electronic systems generally need to wait until all the electronic devices of the entire system are in place or basically in place before system-level testing can be carried out, and some electronic system tests can not be carried out until the experimental prototype is completed

Existing methods are very inefficient for testing electronic systems, and many dangerous items that are difficult to complete with prototypes cannot be tested, which affects the performance evaluation of the overall electronic system and increases the risk of using the electronic system

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