Research on Production Decision Problems Based on 0-1 Integer Programming

Whether enterprises conduct inspections on components and finished products during the production of electronic products is of great significance for significantly improving product quality, effectively controlling costs, and enhancing market competitiveness. Thus, this paper focuses on decision optimisation problem in the production process of electronic products. In response to the issue of potential defective parts in components and finished products, this paper proposes to use 0-1 integer programming to solve the decision problem of whether to conduct inspection and disassembly during production. With the constraints of inspection cost, defective rate, etc., and maximising profit as the objective, the decision-making models for inspection and disassembly are constructed for one process and multiple processes respectively. In order to solve the above model, this paper adopts the exhaustive search algorithm and genetic algorithm respectively to find the optimal solution under the given conditions. Finally, the validity of the model is fully demonstrated through verification with actual production data, providing robust theoretical support and practical guidance for production decision-making in electronic product enterprises.