Task-oriented visual simulation tool implementation method for dynamic capability response avionics system

Abstract

The invention discloses a task-oriented visual simulation tool implementation method for a dynamic capability response avionics system. A visual simulation tool comprises an aircraft model module, a flight scene module, a dynamic capability response decision module, a radar module, a resource configuration visual module, a communication network visual module, a system function display module, a database interface module, a model analysis module, a user interactive interface module and a situation driving module. By performing graphic and virtual processing on a dynamic capability response process of the avionics system, virtual deduction, decision and realization of an avionics resource dynamic reconstruction process are finished in an analogue simulation environment. The real-time visualsimulation of the dynamic capability response process of the system is performed, so that designers can intuitively and comprehensively understand the whole resource configuration process of the dynamic reconfiguration avionics system, the resource allocation is optimized, the system complexity is lowered, and guidance is provided for important links of dynamic reconfiguration avionics system concept design, resource configuration, decision selection and the like.

Description

technical field [0001] The invention relates to the technical field of computer simulation, in particular to a method for realizing a task-oriented dynamic capability response avionics system visual simulation tool. Background technique [0002] The avionics system carries the main flight tasks of civil aircraft, and its resource allocation capability is an important factor determining the ability of civil aircraft to complete flight tasks. With the rapid development of avionics systems and the increasing complexity and diversity of data, the design of dynamic reconfigurable avionics systems faces great challenges. [0003] Because the traditional avionics system development process often regards the system as a whole, and carries out highly comprehensive and integrated design at the module level, the design process is highly complex, and it is difficult to optimize resource allocation and improve task performance. In order to enable designers to obtain intuitive, overall a...

AI Technical Summary

Problems solved by technology

With the rapid development of avionics systems and the increasing complexity and diversity of data, the design of dynamic reconfigurable avionics systems faces great challenges

[0003] Because the traditional avionics system development process often regards the system as a whole, highly comprehensive and integrated design is carried out at the module level, which makes the design process highly complex, making it difficult to optimize resource allocation and improve mission performance.

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