A simulation method for automatic layout of equipment inside an airborne equipment cabinet

Abstract

The invention relates to a simulation method for automatically arranging equipment inside an airborne equipment cabinet. It mainly includes: equipment cabinet attribute setting module (101), equipment attribute acquisition module (102), input validity analysis module (103), equipment cross-linking relationship acquisition module (104), data processing module (105), importance degree configuration module (106), solution output module (107) and display module (108). The system of the present invention can use engineering experience configuration rules to obtain multiple optimal layout schemes for each equipment in the equipment cabinet through algorithms. Compared with the current manual layout method, it can effectively reduce the cost of iterative design, and different configuration rules can obtain different Excellent solution, users can choose the appropriate layout scheme according to their own needs, saving a lot of work.

Description

technical field [0001] The invention relates to the field of aircraft airborne avionics system simulation, in particular to a simulation method for automatic arrangement of internal equipment in an airborne equipment cabinet. Background technique [0002] With the rapid development of my country's aviation industry, in order to optimize wiring and meet reliability requirements, most of the current electronic equipment is arranged in electronic equipment cabinets. The equipment in the electronic equipment cabinet needs to communicate through cable cross-linking. The volume, weight, power consumption, etc. of the equipment are not the same, and the voltage and current of the cables are not the same. The overall electromagnetic compatibility performance and heat dissipation performance of the equipment have an impact, and the importance of a reasonable classification and layout of the equipment is increasingly prominent. [0003] Most of the current equipment layout methods ar...

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Problems solved by technology

[0003] Most of the current equipment layout methods are tried based on engineering experience. If some factors are missed during the trial process, it is often necessary to modify the design plan, mobilize the whole body, and perform multiple iterations to form a feasible final plan. The cost of manpower and material resources is huge, and the revision cycle Very long, and the solutions formed are often not the optimal solution

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