Systematic tool chain integration method

Abstract

The invention discloses a systematic tool chain integration method, which is used for avionics. The method includes: responding to avionics requirements, selecting scene design and simulation tools, collaborative simulation management tools, user simulation application tools, architecture modeling tools; connecting the selected tools with the adapter interface respectively; each adapter interfaceis connected with a soft bus respectively; connecting the soft bus with the cooperative simulation management tool; each adapter interface reads the source data of each tool correspondingly, generatesa data file of a specified data format according to the source data, and transfers the data file of the specified data format to the soft bus. The cooperative simulation management tool provides cooperative simulation management operation according to the data file of the specified data format transmitted by the soft bus. The embodiment of the invention realizes the integration and integration ofthe tools in the systematic demonstration, enhances the universality and scalability of the simulation method, so that the avionics requirement analysis and evaluation environment meets the design needs of different levels such as the system level and the system level.

Description

technical field [0001] The invention relates to the field of systematic requirement engineering and simulation verification, in particular to a systematic tool chain integration method. Background technique [0002] With the development of systematic requirements engineering, the interactive complexity of the system requires comprehensive simulation and verification of systematic requirements. [0003] The applicant found through research that: the interactive relationship and topological structure among multiple complex participants contained in the system requires an integrated tool chain for co-simulation research. However, the current systematic tools exist independently, and the simulation verification between different stages of the system engineering and at the same time among the various nodes of the system cannot be carried out in coordination, and the integrated method of design and simulation cannot be formed, and the systematic requirements cannot be met. Demons...

AI Technical Summary

Problems solved by technology

However, the current systematic tools exist independently, and the simulation verification between different stages of the system engineering and at the same time among the various nodes of the system cannot be carried out collaboratively, and it is impossible to form an integrated method of design and simulation, and it is impossible to meet the systematic requirements The ability to demonstrate analysis, while existing methods are not required to be general and scalable

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