The application provides a large
language model guided
airplane manufacturing process instruction automatic compiling method, constructs a graph structure expert
library based on a large
language model, analyzes process documents, historical data and
field experience through a pre-training model, defines multilevel rules, and designs an artificial feedback mechanism to iteratively optimize the rule
library; knowledge storage and dynamic updating are realized through a
graph database to form a standardized
knowledge base; based on a
component object model and parameterized driving non-geometric manufacturing information intelligent extraction, an automatic extraction and multi-
modal verification fusion strategy is adopted to accurately extract non-geometric manufacturing information through
component object model technology and parameterized rules; the dependence on artificial experience is significantly reduced, and the
standardization and consistency of process instructions are improved. The intelligent
process design mode overcomes the pain points of low efficiency and insufficient
standardization in the traditional process instruction writing process, and provides a reusable technical path for the process
digitization and intelligent development in the field of
aviation equipment manufacturing.