To improve the assembly efficiency of aerospace products based on traditional assembly mode with manual/semi-automatic operation and meet the current rapid development needs of product development and production

an intelligent management and control method architecture for assembly line in aerospace workshop was put forward

and the main technical contents such as assembly information modeling

assembly relationship analysis

assembly progress evolution and prediction

assembly intelligent decision and production scheduling were discussed. Furthermore

the basic methods of process planning generation and process man-hour calculation based on historical data and data mining algorithm were described in detail

and the technologies of production schedule evolution prediction

decision-making and optimal scheduling based on assembly real-time state were also discussed. Ultimately

the intelligent control method of assembly production line in aerospace work-shop was preliminarily formed based on the intelligent generation of assembly process

analysis and decision-making. It is a certain reference value for the subsequent studying the specific technologies and implementation methods involved in intelligent control methods

developing software systems and improving assembly control capabilities of assembly process.