An algorithm for generating design solutions for data and design-production procedures management at the stages of the lifecycle of an electronic product

The integration of automated systems at enterprises provides information support for the stages of the product life cycle and electronic interaction between employees in the process of performing work. This means that performing design and production procedures employees of enterprises solve various design problems. The tasks are related to the analysis of a large amount of information about the product presented in the form of ontology. This requires the development of an algorithm to extract information from the ontology based on given requirements. The developed algorithm consists of several stages. At the first stage, a search space for design solutions is formed. At the second stage, for each variant of the design solution the values of the objective function are calculated, and the best design solution is selected. The best solution is the one for which the condition of minimizing the value of the objective function is satisfied. The third stage is associated with the choice of design solutions that are close to the found best solution. The best solution is determined by the computed Hamming distance. The fourth and fifth stages are characterized by the analysis of the elements of the set of options for design solutions and the formation of the desired design solution Sequences of actions performed at the stages of the algorithm for generating design solutions are proposed. The proposed algorithm can be implemented at enterprises to provide a procedure for solving design problems. The presented algorithm allows the development of signatures and semantics of unified services for the use of a digital passport.